ASBESTOS MANAGEMENT PROGRAM€¦ · 4. Proper work practices and procedures Section 4.2.3 5. The...

For Dufferin-Peel Catholic District School Board

ASBESTOS MANAGEMENT PROGRAM

Location of Asbestos-containing Materials Report

CARDINAL NEWMAN CATHOLIC ELENTARY SCHOOL 698 BALMORAL DRIVE BRAMPTON, ONTARIO

L6T 1Z1 Original Reissued: [October 27, 2008 - Revisions: September 3, 2009], February 9, 2010, November 4, 2011, March 16, 2015, (April 23, 2016, February 27, 2017), November 30, 2017, August 31, 2018 Project Number: [08042-D], 09011-D, 11017-D 13015-D, (16035-D), 17027-D, 18024-D

NORROX Technical Services Inc.


Asbestos Management Program - Location Report Project: 08042-D – 17027-D Dufferin-Peel Catholic District School Board Reissued: October 27, 2008 - Revision 7: November 30, 2017 Cardinal Newman Catholic Elementary School, Brampton Table of Contents - Page i of iii

TABLE OF CONTENTS

Pages

1.0 CHECKLIST, ASBESTOS MANAGEMENT PROGRAM................................................1 & 2 of 2

2.0 RESTRICTIONS ..................................................................................................................1 & 2 of 3

Drawing 2.1 Floor Plan Designating Building Additions, First Floor...............................3 of 3

3.0 EMERGENCY SPILL RESPONSE............................................................................................1 of 2

Figure 3.0 Asbestos Control Damage Report ..............................................................................2 of 2

4.0 HEALTH AND SAFETY POLICY ............................................................................................1 of 2

4.1 Program Statement ............................................................................................................1 of 2

4.2 Program Elements: ............................................................................................................1 of 2

4.2.1 Asbestos Inventory..................................................................................................1 of 2

4.2.2 Operations and Maintenance...................................................................................2 of 2

4.2.3 Worker Training......................................................................................................2 of 2

5.0 DISCUSSION..............................................................................................................................1 of 2

5.1 Report Rational..................................................................................................................1 of 2

5.2 Initial Survey ..............................................................................................................1 & 2 of 2

5.3 1994 Sampling Program....................................................................................................2 of 2

5.4 2008 Building Resurvey....................................................................................................2 of 2

5.5 2016 Sampling Program....................................................................................................2 of 2

6.0 ASBESTOS REGULATIONS, SUMMARY..............................................................................1 of 4

6.1 Ontario Regulation 278/05 ................................................................................................1 of 4

Table 6.1 - Classifications of Asbestos Work ........................................................2, 3 & 4 of 4

6.2 Ontario Regulation 347 .....................................................................................................4 of 4

6.3 Transportation of Dangerous Goods Act...........................................................................4 of 4

7.0 LOCATIONS OF ASBESTOS-CONTAINING MATERIALS ...............................................1 of 31

7.1 Building Description ................................................................................................1 to 2 of 31

Drawing 7.0 - Site Plan ...................................................................................................2 of 31

7.2 Survey Notes ............................................................................................................3 to 4 of 31

Table 7.1a Summary of Asbestos-containing Material 1968 Original Building...4 of 31

Table 7.1b Summary of Asbestos-containing Material 1974 Building Addition..5 of 31

Table 7.1c Summary of Asbestos-containing Material 1971 Building Addition..5 of 31

Table 7.1d Summary of Asbestos-containing Material 2009 Building Addition..6 of 31


Asbestos Management Program - Location Report Project: 08042-D – 17027-D Dufferin-Peel Catholic District School Board Reissued: October 27, 2008 - Revision 7: November 30, 2017 Cartdinal Newman Catholic Elementary School, Brampton Table of Contents - Page ii of iii

TABLE OF CONTENTS (Continued)

Pages

7.3 Summary of Asbestos-containing Materials ...................................................................6 of 31

A - Asbestos-containing Materials...............................................6 to 8 of 31

B - Suspect Asbestos-containing Materials.........................................8 of 31

C – Asbestos-free Materials .......................................................9 to 11 of 31

Floor Plan 7.1 Showing the Location of Confirmed Friable

Asbestos-containing Material (Thermal Pipe Insulation),

Ground Floor.....................................................................................12 of 31

Floor Plan 7.2a Showing the Location of Confirmed Non-friable

Asbestos-containing Material (Vinyl Floor Tile),

Ground Floor.....................................................................................13 of 31

Floor Plan 7.2b Showing the Location of Confirmed Non-friable

Asbestos-containing Material (Cement Board Soffit & Fascia),

Ground Floor.....................................................................................14 of 31

Floor Plan 7.2c Showing the Location of Confirmed Non-friable

Asbestos-containing Material (Cement Pipe),

Ground Floor.....................................................................................15 of 31

Floor Plan 7.2d Showing the Location of Confirmed Non-friable

Asbestos-containing Material (Light Fixture Gaskets),

Ground Floor.....................................................................................16 of 31

Table 7.2a 1990 Summary of Results of Analysis of Bulk Samples .........17 & 18 of 31

Table 7.2b 1994 Summary of Results of Analysis of Bulk Samples ..................18 of 31

Table 7.2c 1996 Summary of Results of Analysis of Bulk Samples ..................19 of 31

Table 7.2d 2006 Summary of Results of Analysis of Bulk Samples ..................19 of 31

Table 7.2e 2008 Summary of Results of Analysis of Bulk Samples ...........20 - 28 of 31

Table 7.2f 2010 Summary of Results of Analysis of Bulk Samples .........28 & 29 of 31

Table 7.2g 2016 Summary of Results of Analysis of Bulk Samples ..................29 of 31

Drawing 7.3a Floor Plan Showing the Location where Bulk Samples

were Selected – Ground Floor...........................................................30 of 31

Drawing 7.3b Site Plan Showing the Location where Bulk Samples

were Selected - Roof.........................................................................31 of 31


Asbestos Management Program - Location Report Project: 08042-D – 18024-D Dufferin-Peel Catholic District School Board Reissued: October 27, 2008 - Revision 8: August 31, 2018 Cartdinal Newman Catholic Elementary School, Brampton Table of Contents - Page iii of iii

TABLE OF CONTENTS (Continued)

APPENDICES

Appendix A-1 Laboratory Analytical Certificates and Chain of Custody Forms

March 1990 September 1994 August 1996 July 2006 October 2008 January 2010 June/July 2016

Appendix A-2 Floor Plans Showing the Location of where Friable Asbestos-containing Materials

were removed and the Location of Major Non-Asbestos-containing Materials in the Building as of January 26, 2010, May 30, 2011, April 21, 2016, January 30, 2017, November 28, 2017, August 31, 2018

Appendix A-3 Material Safety Data Sheets and Manufacturers Literature for products installed in

2009 & 2011

Acoustical Suspended Ceiling Tile Vinyl Composition Floor Tile Sheet Flooring

Appendix B Ontario Regulation 278/05 Last Amendment O. Reg 422/10 made under the

Occupational Health and Safety Act, Designated Substance - Asbestos on

Construction Projects and in Buildings and Repair Operations

Appendix C Excerpts of Ontario Regulation 347, Last Amendment O. Reg. 234/11 General –

Waste Regulation

Appendix D Excerpts of the Transportation of Dangerous Goods Act


Asbestos Management Program - Location Report Project: 08042-D – 13015-D Dufferin-Peel Catholic District School Board Reissued: October 27, 2008 - Revision 1: March 16, 2015 Cardinal Newman Catholic Elementary School, Brampton Section 1 - Page 1 of 2

1.0 CHECKLIST - ASBESTOS MANAGEMENT PROGRAM The following checklist is designed to help ensure that an effective Asbestos Management Program is in force.

1. GENERAL INFORMATION Yes No

a) Is there asbestos in the workplace? ( X ) ( ) b) Is there information available telling workers where asbestos is located in their workplace? ( X ) ( )

2. ASBESTOS MANAGEMENT PROGRAM

Documentation must be available to support any "yes" answer. If friable or non-friable asbestos exists in the workplace, please indicate if there are documents in the school that:

a) Identify exactly where the asbestos can be found Section 7 b) Identify the type of asbestos Section 7 c) Identify which employees are potentially exposed Section 2 d) Notify employees who may disturb the material Section 2 e) Confirm that a training program exists in written form that explains:

1. What training was provided, to whom and when Section 4.2.3 2. The hazard of asbestos exposure Section 4.2.3 3. The use, care and disposal of personal protective equipment Section 4.2.3 4. Proper work practices and procedures Section 4.2.3 5. The types of asbestos operations to be performed Section 3 & 4.2.3 by maintenance/custodial staff if any 6. The work practices, procedures and personal protective equipment needed for each type as specified by the regulation Section 4.2.3 7. Standard operating procedures for each operation involving potential exposure to asbestos Section 4.2.3



2. ASBESTOS MANAGEMENT PROGRAM (Continued)

f) Record regular (recommended minimum annual) inspection of friable and non-friable asbestos and its condition Section 4.2.2 g) State that prompt clean-up of fallen/disturbed material be conducted Section 3 h) Record clean up operations including class of removal, what equipment was used and what disposal method was utilized Section 4.2.2 i) State that where friable or non-friable asbestos that has deteriorated exists in a condition where it is falling or will continue to fall because of the extent of deterioration and/or damage, that it is repaired, sealed, permanently enclosed or removed, and that such operations are recorded Section 4.2.2 j) State that when any work, including contract work, is to be carried out in an area where any asbestos is confirmed, that a report is produced Section 4.2.2 k) Ensure all asbestos operations are classified as Type I, II or III, and that the Ministry of Labour, Construction Health and Safety Branch will be notified of all Type III operations Section 6

Notes: 1) Information on the overall Asbestos Management Program is available as a separate manual at the

Health and Safety Department and Maintenance Department. 2) Details of the contents of the Training Program is available at the Health and Safety Department

and Maintenance Department.


Asbestos Management Program - Location Report Project: 08042-D – 17027-D Dufferin-Peel Catholic District School Board Reissued: October 27, 2008 - Revision 2: November 30, 2017 Cardinal Newman Catholic Elementary School, Brampton Section 2 - Page 1 of 3

ASBESTOS IN FRIABLE CONDITION HAS BEEN IDENTIFIED IN THIS BUILDING AS A COMPONENT OF THERMAL PIPE INSULATION. ASBESTOS IN NON-FRIABLE CONDITION HAS ALSO BEEN IDENTIFIED IN THIS BUILDING AS A COMPONENT OF VINYL FLOOR TILE, CEMENT BOARD & CEMENT PIPE AND IS SUSPECTED IN GASKET OR PACKING FOUND IN HOT WATER HEATING, DOMESTIC WATER & NATURAL GAS PIPE VALVES< VESSELS & FLANGE JOINTS. REFER TO SECTION 7 OF THIS REPORT SPECIFICALLY TO TABLES 7.1A TO 7.1C FOR THE TYPE AND CONCENTRATION OF ASBESTOS AND TO FLOOR PLANS IN SECTION 7 FOR THE LOCATION OF THE ASBESTOS-CONTAINING MATERIALS. 2.0 RESTRICTIONS Potential exposure to asbestos fibre may result if precautions noted in this document and the Ontario

Ministry of Labour Regulation 278/05 are not adhered to. Personnel subject to potential exposure include

but are not limited to, outside Contractors, maintenance personnel, and custodial staff, during cleaning

operations, renovations or repairs.

The following restrictions have been imposed in accordance with The Ontario Ministry of Labour

Regulation 278/05 (formerly Revised Regulation for Ontario 1990, Regulation 838 and Ontario

Regulation 654/85) and as required by the Dufferin-Peel Catholic District School Board.

1. This report is to be made available and read by all persons, including outside work forces (Service

Personnel and Contractors), who may work in close proximity to the any asbestos-containing

materials and who may disturb these materials as described in sub-clause 5 (1) and 5(2) of Ontario

Regulation 278/05.

2. All work to be performed on materials containing asbestos and all work which may disturb

materials containing asbestos must be performed in accordance to the Regulation and during off-

hours when the particular section of the building can be cleared of occupants including but not

limited to pupils, school staff and the public.

3. Only personnel trained according to an Asbestos Training Program are permitted to work on

Asbestos-containing Materials. Every worker working on a Type 3 operation must successfully complete the Asbestos Abatement Worker Training Program and every Supervisor working on a Type 3 operation must successfully complete the Asbestos Abatement Supervisor Training Program approved by the Ministry of Training, Colleges and Universities.

4. A record of exposure for those individuals working on a Type 2 or 3 Operation must be submitted

to the Ontario Ministry of Labour annually or when the employee terminates service in accordance with Section 21 of Ontario Regulation 278/05.



Note: Thermal insulation, boiler breeching insulation, hot water tank insulation. vinyl floor tile and

acoustical suspended ceiling tile found in the building where the asbestos-containing material

had been removed, was not replaced or replaced with materials not containing asbestos.

2.1 ADDITIONAL RESTRICTIONS

a) Dry cleaning, dry stripping of wax and dry buffing of asbestos-containing vinyl floor tiles using

floor buffing machines is not permitted. (Refer to floor plans in Section 7 of this report for the

location of the asbestos-containing vinyl floor tile.

Floor plans designating the building additions follow.



Drawing 2.1 Floor Plan Designating Building Additions, Ground Floor, Drawing Not To Scale & Room Configuration May Be Different



ASBESTOS IN FRIABLE CONDITION HAS BEEN IDENTIFIED IN THIS BUILDING AS A COMPONENT OF THERMAL PIPE INSULATION. ASBESTOS IN NON-FRIABLE CONDITION HAS ALSO BEEN IDENTIFIED IN THIS BUILDING AS A COMPONENT OF VINYL FLOOR TILE, CEMENT BOARD & CEMENT PIPE AND IS SUSPECTED IN GASKET OR PACKING FOUND IN HOT WATER HEATING, DOMESTIC WATER & NATURAL GAS PIPE VALVES< VESSELS & FLANGE JOINTS. REFER TO SECTION 7 OF THIS REPORT SPECIFICALLY TO TABLES 7.1A TO 7.1C FOR THE TYPE AND CONCENTRATION OF ASBESTOS AND TO FLOOR PLANS IN SECTION 7 FOR THE LOCATION OF THE ASBESTOS-CONTAINING MATERIALS. 3.0 EMERGENCY SPILL RESPONSE For the purpose of this section a spill is defined as loose, friable asbestos-containing material or non-friable asbestos-containing material (that has been made to become friable) that has been dislodged due to physical damage or the result of inappropriate access to a restricted area. 1. All damaged friable or non-friable material which may contain asbestos and any debris from such

damage must be immediately reported to the Principal. 2. All persons must be removed from the vicinity of the spill and no further disturbance is to be

permitted. 3. The “Location and Assessment of Asbestos-Containing Materials” report located in the School

Principal’s office or Library is to be referenced to confirm the extent of asbestos-containing materials and the Dufferin-Peel Catholic District School Board’s Asbestos Management Program Document (Latest Edition) shall be reviewed for the steps to be taken.

4. Separate the spill area from the rest of the building by closing and securing doors, installing

barriers, or roping the area off with signage identifying the hazard. 5. Report the incident to the Board Health and Safety Officer for further action and instruction.

DO NOT ATTEMPT A CLEAN-UP OR REPAIR OF A SPILL. LEAVE THE JOB TO TRAINED PERSONNEL WITH APPROPRIATE

EQUIPMENT. UNDER NO CIRCUMSTANCES IS A SCHOOL VACUUM TO BE USED.

All damaged material which may contain asbestos and any debris contaminated from such damage must be reported to the Asbestos Program Co-ordinator. The form to be used is attached. The Asbestos program Co-ordinator will utilize these records to ensure that corrective action is carried out.



FIGURE 3.0

ASBESTOS CONTROL PROGRAM DAMAGE REPORT

Reported By: ____________________________________________ Date _________________________ School or Department: __________________________________________________________________ Location of Damage or Spill: _____________________________________________________________________________________ _____________________________________________________________________________________ _____________________________________________________________________________________ _____________________________________________________________________________________ Refer to Sections in this Report as follows:

Section 2 for building addition information and blank floor plans for referencing the location of the spill or damage; and

Section 7 for the location of Asbestos-containing materials information Extent of Damage or Spill: _____________________________________________________________________________________ _____________________________________________________________________________________ _____________________________________________________________________________________ Attach floor plan showing the location of Damage or Spill Cause (If know): _____________________________________________________________________________________ _____________________________________________________________________________________ _____________________________________________________________________________________ Immediate Action Required: YES ______________ NO ________________ Forward to Asbestos Program Co-ordinator at the Health and Safety Department with a copy to the Principal.



4.0 HEALTH AND SAFETY POLICY

From minutes of the Regular Board Meeting of February 21st, 1989.

Resolved that it is the policy of the Dufferin-Peel Roman Catholic Separate School Board to continue

providing and maintaining a safe and healthy working environment by:

a) Adhering to the requirements of the Occupational Health and Safety Act.

b) Informing all employees of potential hazards in the workplace and taking prompt corrective action

if a recognized hazard should occur.

c) Training and motivating employees to think, practice and feel a personal responsibility for safety.

The Board wishes to stress that all employees, at all levels and functions, must accept their

responsibilities in achieving the policy objectives.

4.1 PROGRAM STATEMENT

The "Asbestos Management Program" developed by the Board ensures that the above-noted objectives

are met.

4.2 PROGRAM ELEMENTS:

4.2.1 Asbestos Inventory

Preparation and maintenance of a record of the locations of asbestos-containing materials for each

Board facility. This document is to be made available to all who enter the building and are likely to

work in close proximity, disturb or handle asbestos-containing materials;

A document entitled `Locations of Asbestos-Containing Materials' is available for each facility in

four locations:

1. School Principal's Office;

2. School Library;

3. Health & Safety Department;

4. Maintenance Department.



4.2.2 Operations and Maintenance

Preparation and maintenance of a manual defining:

a) Policy

b) Areas of Responsibility

c) Training

d) Worker Protection

e) Record Keeping

f) Asbestos Work Procedures

g) Remedial Action Taken

h) Surveillance and Periodic Inspection

This document entitled the `Asbestos Management Program Manual' is available in two locations:

1. Health Safety Department;


4.2.3 Worker Training

All employees who may be required to work in close proximity to, or are likely to disturb, the

friable asbestos-containing materials will undergo training sessions. The training sessions include:

a) Use of asbestos-containing materials in buildings including identification of common

usage;

b) Health effects of exposure to asbestos;

c) Regulations;

d) Operations and Maintenance Program;

e) Respiratory and other personnel protection;

f) Work practices and procedures;

g) Equipment usage.

A document titled 'Asbestos Training Manual' provides in written form the content of the training

sessions and is available in two locations:

1. Health and Safety Department;


A list of personnel having received training is also available at the above-noted locations.


Asbestos Management Program - Location Report Project: 08042-D – 16035-D Dufferin-Peel Catholic District School Board Reissued: October 27, 2008 - Revision 3: February 27, 2017 Cardinal Newman Catholic Elementary School, Brampton Section 5 - Page 1 of 2

5.0 DISCUSSION This section provides a history of the major sampling and abatement projects performed in the school.

5.1 REPORT RATIONAL This report in current form provides a framework for the establishment of an Asbestos Management Program to ensure compliance with Ontario Regulation 278/05, which replaces Ontario Regulations 838/90 and 654/85 at the Cardinal Newman Catholic Elementary School in Brampton. Information found in Section 7.0 and the analytical certificates found in Appendix A-1 indicate what materials contain asbestos. This information shall be provided to all prospective Service Personnel or Contractors (who in turn must provide a copy to there Sub-trades) who are likely to handle or disturb the building material and to employees of the Dufferin-Peel Catholic District School Board who may work in the building. This report provides current information from January 30, 2017 as to the current status of asbestos-containing materials present in the building. It should be noted that the report on the location of asbestos in the building refers to both friable and non-friable asbestos-containing material. Friable material is material such as acoustical spray material fireproofing or thermal insulation - "material that can be crumbled, pulverized, or reduced to powder, when dry, by hand pressure". Ontario Regulation 278/05 requires that the location of all asbestos-containing materials be included in the report. There are more than 3,000 uses of asbestos reported in the literature; most of these are hard or non-friable materials. As the survey was not intrusive, addition asbestos-containing materials may be present concealed in the building within structure or by millwork. Additionally, asbestos is presumed to be present in the cores in fire-rated steel doors, gasket or packing in hot water heating pipe, gasket in boilers or in cement drain pipe buried under the building and about the site. Any concealed material that is revealed through renovation or demolition identified to contain asbestos as per past sampling should be assumed to contain asbestos. Should other material be uncovered and appear to contain asbestos that was not identified in the report, these materials should be treated as asbestos-containing until sampling is preformed to confirm the status of asbestos. If asbestos-containing the report will require up dating.

5.2 INITIAL SURVEY MacLaren Plansearch Inc. was retained by the Dufferin-Peel Catholic District School Board to conduct an asbestos survey at the Cardinal Newman Catholic Elementary School, Brampton (formerly refered to as the John Newman Separate School).



The survey conducted on March 28, 1990 entailed:

An inspection of accessible areas of the building to identify both friable and non-friable materials which could contain asbestos;

Bulk sampling and analysis of representative friable and non-friable materials or manufactured products suspected of containing asbestos; and

A review of available as-built drawings and specifications.

5.3 1994 SAMPLING PROGRAM C.D. Sonter Management Inc. was retained by the Dufferin-Peel Catholic District School Board to conduct an Asbestos survey and bulk sampling where necessary of all suspended ceiling tile types in the school building not identified previously. This survey was performed by Mr. Norman Chudzinski on August 11, 1994.

5.4 2008 BUILDING RESURVEY NORROX Technical Services Inc. was retained by the Dufferin-Peel Catholic District School Board through Moffet & Duncan Architects Inc. to conduct an Asbestos survey and bulk sampling where necessary for all materials suspected of containing asbestos in the school building not identified previously. The survey was performed by Mr. Norman Chudzinski in preparation for renovations and an addition to the school building. The survey conducted on October 1, 6 and 7, 2008 entailed:

An inspection of all accessible areas of the building to identify if any friable materials remain in the builidng and to identify all non-friable materials which could contain asbestos;

Bulk sampling and analysis of representative materials or manufactured products that were likely to contain asbestos in accordance with the methodology prescribed in Ontario Regulation 278/05 and in accordance with the frequency of the number of samples specified in Table 1 of the Regulation; and

A review of available as-built drawings and specifications.

5.5 2016 SAMPLING PROGRAM NORROX Technical Services Inc. was retained by the Dufferin-Peel Catholic District School Board through the Maintenance Departement to conduct bulk sampling of tack board adhesive in the original building addition. The samples were collected by tJuly 10, 2016 by Mr. Norman Chudzinski.



6.0 ASBESTOS REGULATIONS, SUMMARY Three regulations govern the control, handling, transport and disposal of asbestos in Ontario buildings:

Ontario Regulation 278/05 as amended to O. Reg. 422/10 - Designated Substance - Asbestos on Construction Projects and in Buildings and Repair Operations;

Revised Regulation of Ontario Regulation 347 as amended to O. Reg. 234/11 under the

Environmental Protection Act; and The Regulations Respecting the Handling, Offering for Transport and Transporting of

Dangerous Goods. 6.1 ONTARIO REGULATION 278/05 Ontario Regulation 278/05 applies to maintenance, renovation or demolition work where asbestos-containing material is or may be disturbed. The major requirements to building owners under Ontario Regulation 278/05 include:

1. Provision of a report outlining the locations and content of asbestos in both friable and non-friable material in the building to all prospective contractors who are likely to handle or disturb the material.

2. Advising workers of the building owner who may work in close proximity to both friable and non-

friable asbestos-containing material and who may disturb the material of its presence. 3. Periodic inspection of both friable and non-friable material to determine its condition. 4. Implementation of appropriate control measures, where required, following the precautions and

procedures prescribed by the Regulation (Type 1, Type 2 or Type 3 operations). The classification of the work depends on the type of material, procedures used and the duration of the operation. Refer to Table 3.2 Classification of Asbestos Work for further information.

5. Establishment of a training program for employees of the owner who are likely to handle the

material 6. Annual submission of an asbestos work report form for each employee working in a Type 2 or

Type 3 operation. 7. Removal of both friable and non-friable asbestos-containing materials, to the extent practicable,

prior to demolition of a building, or part thereof.



Table 6.1 CLASSIFICATION OF ASBESTOS WORK

Type 1 Work Procedures Installing or removing ceiling tiles that are asbestos-containing material, if the tiles cover an area

less than 7.5 square metres and are installed or removed without being broken, cut, drilled, abraded, ground, sanded or vibrated

Installing or removing non-friable asbestos-containing material, other than ceiling tiles, if the

material is installed or removed without being broken, cut, drilled, abraded, ground, sanded or vibrated

Breaking, cutting, drilling, abrading, grinding, sanding or vibrating non-friable asbestos-containing

material if, i. the material is wetted to control the spread of dust or fibres, and ii. the work is done only by means of non-powered hand-held tools Removing less than one square metre of drywall in which joint-filling compounds that are asbestos-

containing material have been used Type 2 Work Procedures Removing all or part of a false ceiling to obtain access to a work area, if asbestos-containing

material is likely to be lying on the surface of the false ceiling

The removal or disturbance of one square metre or less of friable asbestos-containing material

during the repair, alteration, maintenance or demolition of all or part of machinery or equipment or

a building, aircraft, locomotive, railway car, vehicle or ship

.Enclosing friable asbestos-containing material

Applying tape or a sealant or other covering to pipe or boiler insulation that is asbestos-containing

material

Installing or removing ceiling tiles that are asbestos-containing material, if the tiles cover an area of

7.5 square metres or more and are installed or removed without being broken, cut, drilled, abraded,

ground, sanded or vibrated.



Table 6.1 (Continued) CLASSIFICATION OF ASBESTOS WORK

Type 2 Work Procedures


material if,

i The material is not wetted to control the spread of dust or fibres, and

ii The work is done only by means of non-powered hand-held tools.

Removing one square metre or more of drywall in which joint filling compounds that are asbestos-

containing material have been used.


material if the work is done by means of power tools that are attached to dust-collecting devices

equipped with HEPA filters.

Removing insulation that is asbestos-containing material from a pipe, duct or similar structure

using a glove bag.

Cleaning or removing filters used in air handling equipment in a building that has sprayed

fireproofing that is asbestos-containing material.

An operation that,

i Is not mentioned in any of paragraphs 1 to 10,

ii May expose a worker to asbestos, and

iii Is not classified as a Type 1 or Type 3 operation


The removal or disturbance of more than one square metre of friable asbestos-containing material

during the repair, alteration, maintenance or demolition of all or part of a building, aircraft, ship,

locomotive, railway car or vehicle or any machinery or equipment.

The spray application of a sealant to friable asbestos-containing material.

Cleaning or removing air handling equipment, including rigid ducting but not including filters, in a

building that has sprayed fireproofing that is asbestos-containing material



Table 6.1 (Continued)

CLASSIFICATION OF ASBESTOS WORK


Repairing, altering or demolishing all or part of a kiln, metallurgical furnace or similar structure

that is made in part of refractory materials that are asbestos-containing materials.


material, if the work is done by means of power tools that are not attached to dust-collecting

devices equipped with HEPA filters.

Repairing, altering or demolishing all or part of any building in which asbestos is or was used in the

manufacture of products, unless the asbestos was cleaned up and removed before March 16, 1986

6.2 ONTARIO REGULATION 347

Ontario Regulation 347 (formerly O. Reg. 309) under the Environmental Protection Act, General - Waste Regulation regulates the asbestos waste from the location of generation, transportation to and acceptance at an approved land fill site. The major requirements to the building owner under Ontario Regulation 347 are as follows: 1. To ensure that all waste is packaged and labeled as prescribed; 2. That the transport vehicle is placarded as prescribed; and 3. That all, registerable waste arrives at a treatment facility or at a landfill site on the same day as

received and by the most direct route under a waste manifest. 6.3 TRASPORTATION OF DANGEROUS GOODS ACT The Regulation Respecting the Handling, Offering for Transport and Transporting of Dangerous Goods governs the packaging, mode of transport, labeling, placarding and documentation of asbestos waste while in transit.


Asbestos Management Program - Location Report Project: 08042-D – 18024-D Dufferin-Peel Catholic District School Board Reissued: October 27, 2008 - Revision 5: August 31, 2018 Cardinal Newman Catholic Elementary School, Brampton Section 7 - Page 1 of 31

7.0 LOCATIONS OF ASBESTOS-CONTAINING MATERIALS This section provides a summary of the location of asbestos-containing material found in the building and is current to January 26, 2010, October 11, 2014, April 21, 2016, January 30, 2017, November 28, 2017 and August 29, 2018.

7.1 BUILDING DESCRIPTION The original building was constructed in 1968 with three additions constructed in 1971, 1974 and 2009. The present building configuration comprises in excess of 61,000 square feet of floor area on one floor. The original building is constructed on grade of masonry block bricks and with metal framing. The roof is flat and covers all of the ground floor. Built-up tar and felt roofing covered with stone ballast is used over most of the roof with the exception of the sloped roof over the library which is covered with granular roll roofing. Floors are all concrete finished smooth in boiler rooms, mechanical rooms and service rooms. All other locations are covered with vinyl floor tile, carpet ceramic tile or terrazzo flooring. No fireproofing has been applied in this building section. Most ceilings are finished with acoustical suspended ceiling tile. The metal framing and fluted metal pan deck in the general purpose room is left exposed. Exterior walls are composed of cement block and the exterior is covered with a brick veneer. Interior walls are predominately painted cement block with some gypsum wall partitions or plaster wall assemblies. The 1971, 1974 and 2009 building additions are constructed similarly to the 1968 Original building. The 1968 building addition is comprised of the following: a General Purpose room with attanched stage and change rooms; General Office including health room; Library with 2 offices, storage room and computer room; Staff room with attached kitchenette and 2 washrooms; 15 classrooms, 2 Kindergartens with attached cloak room and washroom; 3 specialty classrooms; 6 pupil washrooms; boiler room; electrical room and a mechanical room. Three separate runs of hall terminate at the main building entrance. The 1971 building addition is constructe to the east of the original building and is comprised of three classrooms and a run of hall. The 1974 building addition is split between the north and the south of the 1971 building addition. These bulding sections provide four classrooms a chapel, guidance offices and a general purpose room including attached changerooms. The halls are extensions of the existing building halls. The 2009 building is constructed on the north end of the the 1971 building addition. This buiding section houses four classrooms and a central hall Heating for the original building is provided by two gas fired boilers distributing hot water to radiant perimeter heaters. Supply pipes run down the halls of the ground floor and branch out to each classroom.


Additional services to the building include water, sewage, natural gas, electric supply and phone. In addition Heating Ventilation and Air Conditioning (HVAC) units are located on the roof

The following site plan shows the layout of the property.

Drawing 7.0 Site Plan, Drawing Not Necessarily To Scale And Layout May Be Different




7.2 SURVEY NOTES

An initial site inspection was conducted on March 28, 1990 to identify the locations of friable materials

suspected of containing asbestos. Additional sampling was performed on August 24, 2007 for ceiling tile;

July 2006 for ceiling tile, October 2008 to meet compliance with Ontario Regulation 278/05, Janaury 26,

2009 for the areas of renovation from 2009 including the 2009 building addition and by July 10, 2016 for

tack board adhesive in the original building.

Bulk samples to date were taken from representative locations of friable and non-friable or manufactured

product suspected of containing asbestos. The selection of samples was based on a visual inspection of

accessible areas. An area above a suspended ceiling, behind a closed door or access hatch, is considered

accessible. An area enclosed by gypsum board, plaster, solid lumber etc., where minor demolition is

required to gain entry is considered non-accessible. A summary of the bulk sample analysis results is

presented in Tables 7.2a to 7.2f and floor plans showing location where bulk samples were selected is

found on Drawings 7.3a and 7.3b. The Laboratory analytical report and chain of custody forms are

provided in Appendix A-1 for all building surveys. The frequency of sample collection was performed in

accordance with Table 1 of Ontario Regulation 278/05. Refer to Appendix A-3 for Material Safety Data

Sheets (MSDSs) for building materials installed in 2009.

No samples were taken of glass fibre or mineral wool applications as this material can be positively

identified visually by a distinct yellow, pink or green color and in itself was never manufactured with

asbestos. Results are given in the various tables. If asbestos-containing, the extent of the application is

indicated on the drawings.

Samples were analyzed by Polarized Light Microscopy (PLM) with Dispersion Staining. Select Vinyl

Floor Tile samples were analyzed by Transmission Electron Microscopy (TEM). Asbestos had been

identified in 27 of the 145 total number of samples collected and analyzed. The results have been

extrapolated to provide a reasonable estimate of locations and extent of asbestos-containing material.

Thermal insulation on piping passing through or enclosed in walls, cupboards, base boards, bulk heads or

above inaccessible ceilings should be considered as insulated in asbestos similarly to piping found in

adjacent accessible areas. Asbestos may be present, concealed in gasket or packing in hot water heating ,

domestic water or natural gas pipe valves, vessels and flange joints. Asbestos may also be present in

gasket in boilers; or in cement drain pipe buried under the building and about the site.

Table 7.1a to 7.1d provides a summary of friable and non-friable asbestos-containing material present in

the building.



Drawing 7.1 shows the extent of friable material and Drawings 7.2 a to 7.2e show the extent of non-

friable material or Asbestos product left in the building. Other areas “not marked on the drawings” do

not have asbestos-containing materials with the exception of suspect gasket and packing in hot

water, domestic water and natural gas pipe valves vessels and flange joints plus within the boilers.

These observations are based on visual inspection augmented with bulk sampling and analysis.

Drawings found in Appendix A-2 show the location where friable asbestos-containing materials had been

removed from the building and the location of major asbestos free non-friable materials that are present in

the bulding.

Table 7.1a Summary of Asbestos-Containing Material

Building Section

Asbestos-containing Material Asbestos Content Sample Number

Friable Material

1) Thermal Pipe Insulation

1a) Insulating cement applied on fittings of the hot water heating pipe

Chrysotile 80 - 90% 1, 10, 11, 12,

1b) Insulating cement applied on fittings of the domestic water pipe

Chrysotile 70 - 80% 3, 7, 9

1c) Insulating cement applied on fittings of the rainwater leader pipe

Chrysotile 70 – 80% 29

Note: All Asbestos-containing thermal insulation applied on the hotwater tank, on the original boiler breeching and refractory in the original drum style boiler had been removed since the original building survey

Non-friable Material

2) Vinyl Floor Tile identified in a solid coloration with streaks

Chrysotile 1 – 5% 28, 39

3) Flat cement board soffit Chrysotile 50 – 60% 30

4) Light fixture to Crystal Gasket Chrysotile 90 – 95% 59

5) Gasket and Packing in Hot Water Heating , Domestic Water & Natural Gas Pipe valves, vessels and flange joints

Assumed Not accessible

6) Gasket in Boilers Assumed Not accessible

7) Cement drain / rain water leader pipe buried under existing building section


1968 Original Building

Note: All acoustical suspended ceiling tile that may have contained asbestos had been removed since the original building survey.



Table 7.1b Summary of Asbestos-Containing Material

Building Section


Friable Material

1) Thermal Pipe Insulation

1a) Insulating cement applied on fittings of the hot water heating pipe

Chrysotile 80 - 90% 64

1b) Insulating cement applied on fittings of the domestic water pipe

Chrysotile 80 - 90% 8


2) Vinyl Floor Tile identified in a solid coloration with a streaked patterns


3) Flat cement board soffit and fascia Chrysotile 50 – 60% 55



1971 Building Addition

5) Cement drain / rain water leader pipe buried under existing building section


Table 7.1c

Summary of Asbestos-Containing Material

Building Section


Friable Material

Note: All Asbestos-containing thermal pipe insulation applications bad been removed from the building since the original building survey

Note: All Asbestos-containing thermal insulation applied on to ducting or air handling units had been removed from the building since the original building survey


1) Vinyl Floor Tile identified in a solid coloration with accent streaks


Actual sample material removed

in 2011

2) Flat cement board soffit Chrysotile 50 – 60% 40

3) Cement rainwater leader / drain pipe Note: Also assumed buried under existing building section

Chrysotile 40 – 50%

Crocidolite 5 – 15%

41



Assumed Not Accessible



Table 7.1d Summary of Asbestos-Containing Material

Building Section


Friable Material – No materials present



1) Cement rainwater leader / drain pipe Note: This was confirmed during construction to be buried under existing building section


Crocidolite 5 – 15%

As per sample 41

7.3 SUMMARY OF ASBESTOS-CONTAINING MATERIALS

Under the Board’s Asbestos Management Program, buildings constructed to 1999 may have some

asbestos present. Friable materials consisting of fireproofing, thermal insulation on pipe ducts air-

handling units etc., acoustical textured applications and refractory were banned in 1986 under Ontario

Regulation 654/85.

Buildings constructed from 2000 to 2009 are generally not considered to have asbestos present in building

materials, however under Ontario Regulation 278/05, asbestos found in non-friable building materials to

the current date are not prohibited from being used with the exception of any material that contains

Crocidolite asbestos. The last of the asbestos mines in Quebec closed in 2010 and there are no longer

likely sources of manufacture in Canada. The USA and Europe have banned the use of asbestos since as

long as 1990, thus it is unlikely that most manufactured imports will contain asbestos. As such under the

Board’s current Asbestos Management Program buildings constructed from 2000 to 2009 are only

required to have a partial asbestos survey of where construction will occur. This only applies to

construction work and not to maintenance.

Buildings constructed in 2010 to the present will not require an asbestos survey or materials installed on

or after 2010 in existing buildings will not require sampling for asbestos.

A - Asbestos-containing materials - The application of friable asbestos-containing materials in buildings today is banned under the Occupational Health and Safety Acts Regulations as of 1986. If present these materials are not required to be removed unless the materials are damaged beyond repair, deteriorating or have fallen.



Friable Material – Select friable asbestos-containing applications had been removed from the building since the original building survey. The following friable materials are no longer present in the building: Hotwater tank insulation; Boiler breeching insulation; Boiler Refractory and Air handling unit

insulation. The following are the friable asbestos-containing materials left in the building.

Thermal Pipe Insulation Applications – Thermal pipe insulation application consisting of insulating cement applied on pipe fittings is present on the domestic water pipe, hot water heating pipe and rainwater leader pipe in the 1968 original building section. Is is present on the domestic water pipe and hot water heating pipe in the 1971 building addition and on the hot water heating pipe in the 1974 building addition. The insulating cement can contain up to 90% Chrysotile asbestos. Refer to Floor Plan 7.1 in this section 7 for the location of this material.

Non-friable Material - The following non-friable materials identified in the building can still be

purchased on today’s market with the exception of any products containing Crocidolite asbestos.

The handling of these products must follow type 1, 2 or 3 procedures depending on the method the

material is handled.

Vinyl Floor Tile – Original floor tile applications found in the 1968 original building, 1971

building addition and 1974 building addition have been confirmed to contain Chrysotile

Asbestos up to 5%. The asbestos-containing floor tile in the 12” x 12” size, are identified by

a solid coloring with streaks of accent color. Other tile applications in the various building

sections identified by a mottled pattern of varying colors do not contain asbestos. Refer to

Floor Plan 7.2a in this Section 7 for the location of the asbestos-containing floor tile.

Cement Materials – There were several cement materials identified in the 1968 original

building, 1971 building addition and 1974 building addition sections as follows:

Flat cement board predominately as soffit and fascia is applied at most building

entrances and at most windows on the ground floor. In addition a section of clement

board is applied under and at the back of the stage. The cement board contains up to

60% Chrysotile asbestos. Refer to Floor Plan 7.2b in this Section 7 for the location of

this material.

Cement rainwater leader and drain pipe found in the 1974 building addition on the

ground floor is also assumed to be present under the finished ground floor of all

building sections and also associated with catch basins about the site contains up to

50% Chrysotile asbestos and 15% Crocidolite asbestos. This pipe if removed from the

building cannot be reused and must be disposed of as it contains Crocidolite asbestos.

Refer to Floor Plan 7.2c in this Section 7 for the location of this material.



Light Fixture Gasket – An asbestos containing gasket of up to 95% Chrysotile Asbestos is

present in 4 light fixtures in the mezzanine mechanical room servicing the General Purpose

Room of the 1968 Original building. The general locations where gasket can be found are

identified on Floor Plan 7.2d in this Section 7

B - Suspect Asbestos-containing Materials

Friable material: No additional friable materials were found or are suspected to contain asbestos.

Non-friable Material: The following non-friable items were not sampled of reasons specified, or the systems were either in operation or would require minor demolition to gain access, but are suspected to contain asbestos. The non-friable materials or manufactured products can still be purchased with the exception of any products containing Crocidolite in Ontario. The handling of these products should follow Type 1, Type 2 of Type 3 work procedures depending where the work was performed using hand tools. Wetting or power tools not equipped with a dust collection device and fitted with HEPA filters. Until it can be confirmed by analysis that these materials do not contain asbestos, asbest4os work procedures should be followed. No additional materials suspected

Gasket and Packing in Hot Water Heating, Domestic Water and Natural Gas Pipe - Gaskets and packing found in the hot water heating, domestic water and natural gas pipe valves, vessels and flange joints, might contain asbestos. Even if the original installation in these items was asbestos free, subsequent repairs may have been performed using asbestos-containing materials. The asbestos-containing materials and asbestos-free replacement materials both appear visually the same. Furthermore, age and corrosion can remove any labeling that may have been present on the asbestos free materials.

Gasket in Boilers – The same applies for gasket in boilers as per Gasket and Packing in Hot Water Heating, Domestic Water and Natural Gas Pipe of the preceding.

Cement Drain Pipe – Asbestos-cement drain pipe may be found buried about the site, pipe found in the building extending from roof drains and sanitary lines within the building were either copper or cast iron above grade. Refer to Floor Plan 7.2c in this Section 7 for the location of this material.



C – Asbestos-free Materials - Asbestos was not identified or suspected in the following materials.

Friable material

Thermal Pipe and Duct Insulation - Thermal pipe and duct insulation applications

consisting of either fibrous glass or mineral wool bating applied on ducting or air handling units or preformed pipe run segments or bating wrapped around pipe fittings do not contain asbestos: Fibrous glass or mineral wool insulation found on pipe run and fittings and identified by a distinct yellow color in all building sections. This material was not required to be sampled and analyzed. Refer to Floor Plan 1 in Appendix A-2 for the location where asbestos-containing themal pipe insulation was removed and asbestos free matetial is now present

Boiler Refractory - The boiler refractory found only in the 1968 original buiding section was confirmed by analysis to not contain asbestos. Refer to Floor Plan 2 in Appendix A-2 for the location of this material.

Acoustical Ceiling Tile – All types of acoustical ceiling tile found in the buiding did not contain asbestos. Three samples of each tile by each building addition were collected and confirmed to not contain asbestos. The tile included both fixed in place and lay above type. Most tiles were manufactured by Armstrong Industries. Although the tiles do not contain asbestos, it does or may contain silica in a variety of forms including mineral wool fibre, firbrous glass fibre, quartz fragments, perlite and or diatomaceous earth. New ceiling tile found in the 2009 building addition and areas of renovation in the school were confirmed by MSDSs to not contain asbestos. Refer to Floor Plan 3 in Appendix A-2 for the location of this material. Refer to Appendixz A-3 for material datat sheets for tile installed in 2009 and 2011

Tectum Board – Tectum board was identified in the 1968 original building, 1971 building addition and 1974 building addition. This material consists of wood strands and does not need to be sampled. Refer to Floor Plan 4 in Appendix A-2 for the location of this material.

Acoustical Textured Applications – Acoustical textured wall and skylight bulk head samples were collected from the 1968 original buiding and 1974 building addition. Respectively 5 samples from each building section were collected and analyzed by the PLM method of analysis. Refer to Floor Plan 5 in Appendix A-2 for the location of this material.



Non-friable material:

Vinyl Composition Floor Tile – All applications of vinyl composition floor tiles found in the 1968 original building, 1971 building addition and 1974 building addition were confirmed by Transmission Electron Microscopy analysis to not contain asbestos. The patterns were all similar consisting of a mottled pattern. The tiles were likely manufactured by Armstrong Industries. Additional vinyl floor tile applications found in the 2009 buiding addition were confirmed by MSDSs to not contain asbestos. The floor tiles were Armstrong Imperial Texture Excelon vinyl composition floor tile. In accordance with the Board’s Asbestos Management Program, new material, installed in 2010 and there after are not considered to contain asbestos. Sampling and analysis is not required.New tile were installed in 2011, 2016 & 2017. Refer to Floor Plan 6 in Appendix A-2 for the location of this material. Refer to Appendixz A-3 for material datat sheets for tile installed in 2009 and 2011.

Floor Tile Mastic – The floor tile mastic was confirmed by analysis to not contain asbestos. Three samples were collected and analyzed from each building section.

Sheet Flooring – Sheet flooring found in the two Kindergarten classrooms in the south end of the 1974 building addition was manufactured by Johnsonite flooring a solid vinyl composition. No MSDSs are provided by Johnsonite flooring as these products do not contain or release adverse chemicals or particulate. Refer to Appendix A-3 for Johnsonite technical information. Refer to Floor Plan 6 in Appendix A-2 for the location of this material. Refer to Appendixz A-3 for material datat sheets for tile installed in 2009 and 2011.

Caulking - Caulking found in all building additions including the 2009 building addition were confirmed to not contain asbestos. At least three samples were collected and analyzed for each building addition.

Tack Board Adhesive – The tack board adhesive a brown solid material was confirmed by PLM analysis to be asbestos-free. Five samples were collected and analyzed in the 1968 Original building.

Plaster Wall Assemblies and Joint Filling Compound – The plaster wall assemblies found in the 1968 building addition and plaster joint filling compounds found in all building additions including renovations in the 1974 building addition were confirmed by analysis to not contain asbestos. In accordance with the Board’s Asbestos Management Program, new material, installed in 2010 and there after are not considered to contain asbestos. Sampling and analysis is not required. New material was installed in 2017. Refer to Floor Plan 7 in Appendix A-2 for the location of this material.



Cores in Select Metal & Wood Doors – The cores in metal doors found in the 1968 original

building and all building additions to 2009 were confirmed to be asbestos-free, either a hollow core, fibrous glass or kraft paper-like cores were present. These materials can be determined visually and sampling was not required. The hole drilled in the doors was covered with a fender

washer held in place with a toggle bolt. The cores in wood doors were confirmed to be filled with wood chips and doe not contain asbestos. The holes drilled into the doors were filled with a wood dowel and glued in place. In accordance with the Board’s Asbestos Management Program, new material, installed in 2010 and there after are not considered to contain asbestos. Sampling and analysis is not required. New doors were installed in 2016 & 2017. Refer to Floor Plan 8 in Appendix A-2 for the location of this material.

Roofing Assembly - All roofing asemblies consisting of multiple layers of felt coated and impregnated with mastic (tar-like substance) located on all building additions including the 2009 building addition were confirmed to not contain asbestos. Three samples were collected and analyzed from each building addition. Additionally new roofing assemblies were installed in the summers of 2017 and 2018. In accordance with the Board’s Asbestos Management Program, materials installed in 2010 and ther after is not considered to contain asbestos. Sample collection and analysis is not required with the new materials. Refer to Floor Plan 9 in Appendix A-2 for the location of this material.

Granular Roll Roofing – The roll roofing covered with a granular finish found on the partial roof of the library and as curbing between the various building additions was confirmed by analysis to not contain asbestos. A total of three samples were collected and analyzed. Additionally new granular roll roofing was installed in the summers of 2017 and 2018. In accordance with the Board’s Asbestos Management Program, materials installed in 2010 and ther after is not considered to contain asbestos. Sample collection and analysis is not required with the new materials. Refer to Floor Plan 9 in Appendix A-2 for the location of this material.



Floor Plan 7.1 Showing the Location of Confirmed Friable Asbestos-containing Material (Thermal Pipe Insulation), Ground Floor, Drawing Not To Scale & Room Configuration May Be Different


Floor Plan 7.2a Showing the Location of Confirmed Non-friable Asbestos-containing

Material (Vinyl Floor Tile), Ground Floor, Drawing Not To Scale & Room Configuration May Be Different




Floor Plan 7.2b Showing the Location of Confirmed Non-friable Asbestos-containing Material (Cement Board), Ground Floor, Drawing Not To Scale & Room Configuration May Be Different

Asbestos Management Program - Location Report Project: 08042-D – 18024-D Dufferin-Peel Catholic District School Board Reissued: October 27, 2008 - Revision 5: \August 31, 2018 Cardinal Newman Catholic Elementary School, Brampton Section 7 - Page 15 of 31


Floor Plan 7.2c Showing the Location of Confirmed Non-friable Asbestos-containing Material (Cement Pipe), Ground Floor, Drawing Not To Scale & Room Configuration May Be Different



Floor Plan 7.2d Showing the Location of Confirmed Non-friable Asbestos-containing Material (Light Fixture Gaskets), Ground Floor, Drawing Not To Scale & Room Configuration May Be Different



TABLE 7.2a

1990 Summary of Results of Analysis of Bulk Samples by Polarized Light Microscopy with Dispersion Staining

Sample # Sample Description / Location

Asbestos Fibre Content

1 Boiler Room, insulating cement on hot water supply pipe fitting (elbow) Historical reference, actual sampled material removed


2 Boiler Room, insulating cment on domestic hat water tank Historical reference, actual material removed

a) Chrysotile 80 – 90% b) Chrysotile 5 - 10%,

Amosite 10 – 20%

3 Boiler Room, insulating cement on cold water meter Historical reference, all material removed


4 Boiler Room, insulating cement on breeching Historical reference, all material removed

Chrysotile 80 – 90% Amosite <1%

5 Fan Room above storage room in gym, rain water leader pipe straight, air cell

None detected

6 Storage room beside gym on north side of building insulation cement on hot water supply pipe fitting (elbow) Historical reference, actual sampled material removed


7 Staff Room Kitchen, under sink, insulating cmenet on hot waster pipe fitting (elbow) Historical reference, actual material removed


8 Home Economic Room, under sink, insulating cmenet on domestic hat water pipe fitting (elbow) Historical reference, actual sampled material removed


9 Classroom W5, under sink, domestic hot water pipe fitting (elbow) Historical reference, actual material removed


10 Classroom, west side of building, insulating cmenet on hot water pipe fitting (elbow)


11 Hallway, in front of classroom W2, insulating cmenet on hot water pipe fitting (elbow) avove ceiling tile

Chryostile 70 – 80%

12 Hallway, in front of classroom W14, insulating cmenet on hot water pipe fitting (elbow) above ceiling tile


13 General Purpose Room, north side of building, insulation cement on rain water leader fitting (elbow) Historical reference, actual sampled material removed

None detected



TABLE 7.2a (Continued)




14 General Purpose Room, south of building, stage curtain

None detected

15 Fan Room, beside gym on north side of building, paper-like covering on supply duct Historical reference, all material removed

Chrysotile >90%

TABLE 7.2b




16 Hallway, wster corner, suspended ceiling tile, 2’ x 4’ size, C PFRC CL-1 Brand Name, random dot pattern Historical reference, actual sampled material removed

None detected

17 Hallway, centre, suspended ceiling tile, 2’ x 4’ size, random fissure and dot pattern across the length Historical reference, actual material removed

None detected

18 Girl’s washroom by industrial arts room, suspended ceiling tile, 2’ x 4’ size, large dot pattern Historical reference, all material removed

Chrysotile <1% Amosite 10%

19 Hallway by industrial arts room, suspended ceiling tile, 2’ x 4’ size, random dot pattern, Safetone Brand Name Historical reference, all material removed

None detected

20 Classroom, north corner, suspended ceiling tile, 2’ x 4’ size, very small dot pattern Historical reference, all material removed

None detected

21 Classroom, south corner, suspended ceiling tile, 12” x 12” size random dot pattern Historical reference, actual sampled material removed

None detected

22 Library, fixed in place ceiling tile, 12” x 12” size, radom fissure pattern Historical reference, actual sampled material removed

None detected



TABLE 7.2c




65 (formerly 16) Ground Floor Boiler Room, Block-like insulation found on floor Historical reference, all material removed

Amosite 25 - 50%

66 (formerly 17) Ground Floor Boiler Room, Refractory from hot box of demolished boiler Historical reference, all material removed

None detected

67 (formerly 18) Ground Floor Boiler Room, Fluffy insulation found on floor Historical reference, all material removed

None detected

68 (formerly 19) Ground Floor Boiler Room, Gasket from Boiler Breeching Historical reference, all material removed

Chrysotile 25 - 50%

TABLE 7.2d




23a Acoustical suspended ceiling tile, lay above type, 2' x 4' size, random dot pattern “FRB - CL1" brand / 1968 Original building, mezzanine mechanical room off general purpose room Historical reference, actual material removed

None detected

23b Acoustical suspended ceiling tile, lay above type, 2' x 4' size, random dot pattern “FRB - CL1" brand / 1968 Original building, mezzanine mechanical room off general purpose room Historical reference, actual material removed

None detected

23c Acoustical suspended ceiling tile, lay above type, 2' x 4' size, random dot pattern “FRB - CL1" brand / 1968 Original building, mezzanine mechanical room off general purpose room Historical reference, actual material removed

Amosite <0.5%



TABLE 7.2e

2008 Summary of Results of Analysis of Bulk Samples by Polarized Light Microscopy with Dispersion Staining and by Transmission Electron Microscopy (marked TEM)



24a Acoustical suspended ceiling tile, random elongated dot pattern with 6 recessed panels, Armstrong 2851 Brand / 1968 Original building, ground floor, main building lobby

None detected

24b Acoustical suspended ceiling tile, random elongated dot pattern with 6 recessed panels, Armstrong 2851 Brand / 1968 Original building, ground floor, main building lobby

None detected

24c Acoustical suspended ceiling tile, random elongated dot pattern with 32 recessed panels, Armstrong 2851 Brand / 1968 Original building, ground floor, main building lobby

None detected

25a Acoustical suspended ceiling tile, random elongated dot patter with 1 recessed panel, Armstrong 2853 Brand / 1968 Original building, ground floor, general offices

None detected

25b Acoustical suspended ceiling tile, random elongated dot patter with 1 recessed panel, Armstrong 2853 Brand / 1968 Original building, ground floor, general offices

None detected

25c Acoustical suspended ceiling tile, random elongated dot patter with 1 recessed panel, Armstrong 2853 Brand / 1968 Original building, ground floor, general offices

None detected

26a Caulking applied to door frame / 1968 Original building, ground floor, entrance door to boiler room

None detected

26b Caulking applied to window frame / 1968 Original building, ground floor, east Kindergarten window

None detected

26c Caulking applied to window frame / 1968 Original building, ground floor, western classroom

None detected

27a Boiler refractory block from south end of the west boiler / 1968 Original building, ground floor, boiler room

None detected

27b Boiler refractory block from north end of the west boiler / 1968 Original building, ground floor, boiler room

None detected

27c Boiler refractory block from middle of the east boiler / 1968 Original building, ground floor, boiler room

None detected

28 Vinyl floor tile, 12" x 12" size, bige with short brown streaks / 1968 Original building, ground floor Like Skills Area

Chrysotile 1 - 3%



TABLE 7.2e (Continued)




29 Thermal pipe insulation, insulating cement applied of pipe fitting (elbow) of the rainwater leader pipe system / 1968 Original building, ground floor, hall outside classroom 16

Chrysotile 70 - 80%

30 Cement board soffit / 1968 Original building, ground floor, building entrance overhang by classroom 8

Chrysotile 50 - 60%

31a Acoustical suspended ceiling tile, lay above type, 2' x 4' size, random fissure across the length, “Armstrong 895" brand / 1968 Original building, ground floor, boy’s washroom by classroom 9

None detected

31b Acoustical suspended ceiling tile, lay above type, 2' x 4' size, random fissure across the length, “Armstrong 895" brand / 1968 Original building, ground floor, classroom 14

None detected

31c Acoustical suspended ceiling tile, lay above type, 2' x 4' size, random fissure across the length, “Armstrong 895" brand / 1968 Original building, ground floor, classroom 20

None detected

32a Textured wall material applied to skylight frame / 1968 Original building, ground floor, hall outside classroom 9

None detected

32b Textured wall material applied to skylight frame / 1968 Original building, ground floor, hall outside classroom 12

None detected

32c Textured wall material applied to skylight frame / 1968 Original building, ground floor, hall outside classroom 18

None detected

32d Textured wall material applied to skylight frame / 1968 Original building, ground floor, hall outside custodian’s office

None detected

32e Textured wall material applied on wall / 1968 Original building, ground floor, stage

None detected

33a Acoustical suspended ceiling tile, lay above type, 2' x 4' size, random dot pattern “FRB - CL1" brand / 1968 Original building, ground floor, staffroom washroom Historical reference, all material removed

None detected

33b Acoustical suspended ceiling tile, lay above type, 2' x 4' size, random dot pattern “FRB - CL1" brand / 1968 Original building, ground floor, staffroom washroom Historical reference, all material removed

None detected







33c Acoustical suspended ceiling tile, lay above type, 2' x 4' size, random dot pattern “FRB - CL1" brand / 1968 Original building, ground floor, staffroom washroom Historical reference, all material removed

None detected

34a Plaster wall assembly, consisting of finish coat over a scratch base coat / 1968 Original building, ground floor, classroom 8

None detected

34b Plaster wall assembly, consisting of finish coat over a scratch base coat / 1968 Original building, ground floor, classroom 16

None detected

34c Plaster wall assembly, consisting of finish coat over a scratch base coat / 1968 Original building, ground floor, classroom 20

None detected

35a Floor tile mastic / 1968 Original building, ground floor classroom 8

None detected

35b Floor tile mastic / 1968 Original building, ground floor, classroom 18

None detected

35c Floor tile mastic / 1968 Original building, ground floor classroom 20

None detected

36a Vinyl composition floor tile, 12” x 12”, mottled grey / 1968 Original building, ground floor, classroom 8

None detected (TEM)

36b Vinyl composition floor tile, 12” x 12”, mottled grey / 1968 Original building, ground floor, classroom

None detected (TEM)

36c Vinyl composition floor tile, 12” x 12”, mottled grey / 1968 Original building, ground floor, classroom 20

None detected (TEM)

37a Acoustical suspended ceiling tile, lay above type, 2' x 4' size, random irregular dot pattern “Armstrong 769A” brand / 1968 Original building, ground floor, library

None detected

37b Acoustical suspended ceiling tile, lay above type, 2' x 4' size, random irregular dot pattern “Armstrong 769A” brand / 1968 Original building, ground floor, library

None detected

37c Acoustical suspended ceiling tile, lay above type, 2' x 4' size, random irregular dot pattern “Armstrong 769A” brand / 1968 Original building, ground floor, library

None detected







38a Acoustical suspended ceiling tile, fixed in place type, 12" x 12" size, random fissure pattern / 1968 Original building, ground floor, library west office

None detected

38b Acoustical suspended ceiling tile, fixed in place type, 12" x 12" size, random fissure pattern / 1968 Original building, ground floor, library east office

None detected

39 Vinyl floor tile, 12" x 12" size, grey with large white steaks / 1968 Original building, ground floor, classroom 17

Chrysotile 1 - 5%

40 Flat cement board soffit / 1974 Building addition, ground floor, outside north building entrance Historical reference, all material removed

Chrysotile 50 - 60%

41 Cement rainwater leader pipe / 1974 Building addition, ground floor, hall by north doors

Chrysotile 40 - 50% Crocidolite 5 - 15%

42 Vinyl floor tile, 12" x 12" size beige with short brown steaks / 1974 Building addition, ground floor, general purpose room Historical reference, all material removed

Chrysotile 1 - 5%

43a Floor tile mastic / 1974 Building addition, ground floor, general purpose room

None detected

43b Floor tile mastic / 1974 Building addition, ground floor, classroom 27

None detected

43c Floor tile mastic / 1974 Building addition, ground floor, classroom 25

None detected

44a Acoustical suspended ceiling tile, lay above type, 2' x 4', random fissure across the length pattern, “Armstrong 895" brand / 1974 Building addition, ground floor, boy’s change room

None detected

44b Acoustical suspended ceiling tile, lay above type, 2' x 4', random fissure across the length pattern, “Armstrong 895" brand / 1974 Building addition, ground floor, classroom 25

None detected

44c Acoustical suspended ceiling tile, lay above type, 2' x 4', random fissure across the length pattern, “Armstrong 895" brand / 1974 Building addition, ground floor, Guidance offices

None detected

45a Acoustical textured wall material / 1974 Building addition, ground floor, chapel

None detected







45b Acoustical textured wall material / 1974 Building addition, ground floor, chapel

None detected

45c Acoustical textured wall material / 1974 Building addition, ground floor, chapel

None detected

45d Acoustical textured wall material / 1974 Building addition, ground floor, chapel

None detected

45e Acoustical textured wall material / 1974 Building addition, ground floor, chapel

None detected

46a Vinyl composition floor tile, 12” x 12”, mottled grey / 1974 Building addition, ground floor, classroom 25

None detected (TEM)

46b Vinyl composition floor tile, 12” x 12”, mottled grey / 1974 Building addition, ground floor, south guidance office

None detected (TEM)

46c Vinyl composition floor tile, 12” x 12”, mottled grey / 1974 Building addition, ground floor, general purpose room, mechanical room

None detected (TEM)

47a Floor tile mastic / 1974 Building addition, ground floor, classroom 25

None detected

47b Floor tile mastic / 1974 Building addition, ground floor, south guidance office

None detected

47c Floor tile mastic / 1974 Building addition, ground floor, general purpose mechanical room

None detected

48a Tectum wall board / 1974 Building addition, ground floor, general purpose room

None detected

48b Tectum wall board / 1971 Building addition, ground floor, music classroom

None detected

48c Tectum wall board / 1968 Building addition, ground floor, general purpose room

None detected

49a Acoustical suspended ceiling tile, lay above type, 2' x 4' size, random dot pattern, no brand name / 1974 Building addition, music classroom, storage room

None detected







49b Acoustical suspended ceiling tile, lay above type, 2' x 4' size, random dot pattern, no brand name / 1974 Building addition, music classroom, storage room

None detected

49c Acoustical suspended ceiling tile, lay above type, 2' x 4' size, random dot pattern, no brand name / 1974 Building addition, music classroom, storage room

None detected

50a Plaster joint filling compound / 1974 Building addition, ground floor, classroom 25

None detected

50b Plaster joint filling compound / 1974 Building addition, ground floor, classroom 26 Historical reference, all material removed

None detected

50c Plaster joint filling compound / 1974 Building addition, ground floor, classroom 27

None detected

51a Caulking applied on door frame / 1974 Building addition, ground floor, exterior door to classroom 25

None detected

51b Caulking applied on window frame / 1974 Building addition, ground floor, exterior window to classroom 26

None detected

51c Caulking applied on window frame / 1974 Building addition, ground floor, exterior window to classroom 27

None detected

51d Caulking applied on door frame / 1974 Building addition, ground floor, interior door to classroom 25

None detected

52a Vinyl composition floor tile, 12” x 12”, mottled grey / 1971 Building addition, ground floor, south storage room in classroom 24

None detected (TEM)

52b Vinyl composition floor tile, 12” x 12”, mottled grey / 1971 Building addition, ground floor, classroom 24

None detected (TEM)

52c Vinyl composition floor tile, 12” x 12”, mottled grey / 1971 Building addition, ground floor, classroom 23

None detected (TEM)

53a Plaster joint filling compound / 1971 Building addition, ground floor, classroom 21

None detected

53b Plaster joint filling compound / 1971 Building addition, ground floor, classroom 23

None detected







53c Plaster joint filling compound / 1971 Building addition, ground floor, classroom 24

None detected

54a Caulking applied to interior door frame / 1971 Building addition, ground floor, classroom 21

None detected

54b Caulking applied to interior door fram / 1971 Building addition, ground floor, classroom 24

None detected

54c Caulking applied to exterior window frame / 1971 Building addition, ground floor, classroom 23

None detected

55 Flat cement board soffit / 1971 Building addition, ground floor floor outside classroom 24 at window

Chrysotile 50 - 60%

56a Floor tile mastic / 1971 Building addition, ground floor, classroom 21

None detected

56b Floor tile mastic / 1971 Building addition, ground floor, clssroom 24

None detected

56c Floor tile mastic / 1971 Building addition, ground floor, clssroom 23

None detected

57 Vinyl floor tile, 12" x 12" size, dark beige with large light beige streaks / 1971 Building addition, ground floor, classroom 21

Chrysotile 1 - 5%

58a Acoustical suspended ceiling tile, lay above type, 2' x 4', random fissure across the length pattern, “Armstrong 895" brand / 1971 Building addition, ground floor, hall by east entrance doors

None detected

58b Acoustical suspended ceiling tile, lay above type, 2' x 4', random fissure across the length pattern, “Armstrong 895" brand / 1971 Building addition, ground floor, classroom 23

None detected

58c Acoustical suspended ceiling tile, lay above type, 2' x 4', random fissure across the length pattern, “Armstrong 895" brand / 1971 Building addition, ground floor, classroom 21

None detected

59 Light fixture to crystal gasket / 1968 Original building, mezzanine mechanical room serving the general purpose room

Chrysotile 90 - 95%







60a Roof assembly, consisting of roofing tars and felts / 1968 Original building, ground floor roof, above washrooms at the north west corner of the building Historical reference, sampled material removed

None detected

60b Roof assembly, consisting of roofing tars and felts / 1968 Original building, ground floor roof, above classroom 8 Historical reference, sampled material removed

None detected

60c Roof assembly, consisting of roofing tars and felts / 1968 Original building, ground floor roof, above Kindergarten Historical reference, sampled material removed

None detected

61a Brown granular roll roofing / 1968 Original building, ground floor roof above Library

None detected

61b Brown granular roll roofing / 1968 Original building, ground floor roof above Library

None detected

61c Brown granular roll roofing / 1968 Original building, ground floor roof curbing by 1971 building addition Historical reference, sampled material removed

None detected

62a Roof assembly, consisting of roofing tars and felts / 1971 Building addition, ground floor roof, south east quadrant of addition Historical reference, all material removed

None detected

62b Roof assembly, consisting of roofing tars and felts / 1971 Building addition, ground floor roof, centre of addition Historical reference, all material removed

None detected

62c Roof assembly, consisting of roofing tars and felts / 1971 Building addition, ground floor roof, north west quadrant of addition Historical reference, all material removed

None detected

63a Roof assembly, consisting of roofing tars and felts / 1974 Building addition, ground floor roof, above classroom 25 Historical reference, all material removed

None detected

63b Roof assembly, consisting of roofing tars and felts / 1974 Building addition, ground floor roof, above classroom 26 Historical reference, all material removed

None detected

63c Roof assembly, consisting of roofing tars and felts / 1974 Building addition, ground floor roof, above classroom 27 Historical reference, all material removed

None detected







64 Thermal pipe insulation, insulating cement applied on hotwater heating fitting (elbow) / 1971 Building addition, ground floor, hall outside classroom 21

Chrysotile 80 - 90%

TABLE 7.2f




65a Caulking applied to window frame / 2009 Building addition, first floor, classroom 34

None detected

65b Caulking applied to window frame / 2009 Building addition, first floor, classroom 35

None detected

65c Caulking applied to door frame / 2009 Building addition, first floor, west entrance doors

None detected

66a Texture application on underside on overhang at building entrance / 2009 Building addition, first floor, west building entrance

None detected

66b Texture application on underside on overhang at building entrance / 2009 Building addition, first floor, west building entrance

None detected

67 Caulking applied to door frame / 1974 Building addition, first floor, north exit door

None detected

68 Texture application on underside on overhang at building entrance / 1974 Building addition, first floor, north exit door

None detected

69a Caulking applied to door frame / 1974 Building addition, first floor exterior door to classroom 27

None detected

69b Caulking applied to window frame / 1971 Building addition, first floor, classroom 28, south window

None detected

69c Caulking applied to window frame / 1971 Building addition, first floor, classroom 28, north window

None detected



TABLE 7.2f (Continued)




70a Plaster joint filling compound applied to Gypsum drywall, wall / 1974 Building addition, first floor, classroom 27

None detected

70b Plaster joint filling compound applied to Gypsum drywall, wall / 1974 Building addition, first floor, classroom 27

None detected

70c Plaster joint filling compound applied to Gypsum drywall, wall / 1974 Building addition, first floor, classroom 27

None detected

71a Roof assembly consisting of roofing tar and felt, 2009 Building addition, first floor roof

None detected

71b Roof assembly consisting of roofing tar and felt, 2009 Building addition, first floor roof

None detected

71c Roof assembly consisting of roofing tar and felt, 2009 Building addition, first floor roof

None detected

TABLE 7.2g




72a Tack board adhesive, brown / 1968 Original building, first floor, classroom 7

None detected

72b Tack board adhesive, brown / 1968 Original building, first floor, classroom 7

None detected

72c Tack board adhesive, brown / 1968 Original building, first floor, classroom 7

None detected

72d Tack board adhesive, brown / 1968 Original building, first floor, staffroom

None detected

72e Tack board adhesive, brown / 1968 Original building, first floor, classroom 8

None detected

Asbestos Management Program - Location Report Project: 08042-D – 17027-D Dufferin-Peel Catholic District School Board Reissued: October 27, 2008 - Revision 6: November 30, 2017 Cardinal Newman Catholic Elementary School, Brampton Section 7 - Page 30of 31

Drawing 7.3a Floor Plan Showing the Location Where Bulk Samples were Selected,

First Floor, Drawing not to Scale and Room Configuration may be Different



Drawing 7.3b Floor Plan Showing the Location Where Bulk Samples were Selected,

Roof, Drawing necessarily to Scale and Layout may be Different


APPENDIX A-1 Chain of Custody Forms & Analytical Certificates

- March 1990

- September 1994

- August 1996

- July 2006

- October 2008

- January 2010

- July 2016


NORROX Technical Services Inc. 1434 Gilford Road, P. O. Box 20, Gilford, Ontario, L0L 1R0

Phone 705.456.5458- Facsimile: 705.456.9909E-mail NORROXTechnical [email protected]

REQUEST FOR POLARIZED LIGHT MICROSCOPY (PLM) ANALYSIS OF ASBESTOS IN BULK

MATERIALS / CHAIN OF CUSTODY FORM

Company:NORROX Technical Services Inc.

Client Project Number:Not applicable

Relinquished by:Norman Chudzinski

Address:1434 Gilford Road, P.O. Box 20

Gilford, Ontario, L0L 1R0

Purchase Order Number: Not applicable Date Relinquished: October 7, 2008

Project Contact: Norman Chudzinski Method of Transport:Hand Delivered, Mail, Courier, Other:

Phone: 705.456.5458E-mail:[email protected]

E-mail results G Fax: 705.456.5248 Fax results G

Invoice To: Project Related

Laboratory Information Received by: Norman Chudzinski

Page: 1 of 24 Laboratory Project Number: 08042-D Date Received: October 7, 2008

Project Name: Cardinal Newman Catholic Elementary School � Name withheld

Project Address: 698 Balmoral Drive, Brampton, Ontario, L6T 1Z1 � Address withheld

Sample Identification 24a 24b 24c 25a

Laboratory Sample # 080997-B 080998-B 080999-B 081000-B

Bulk Analysis Required O Analyse to Province of (Ontario) Standard � Other ( )O Analyse for Asbestos only � Identify major additional components of sample

1) PLM Routine Yes Yes Yes Yes

2) PLM Vermiculite,Debris or Dust

3) PLM Point Counting

Additional Instruction

Turnaround Time

Within 24 Hours Regular Business Days


Within 24 Hours Weekend Days

Within 48 HoursWeekend Days

Within 3 to 5 Days Project Related Project Related Project Related Project Related

Sample details for Report

Sample Description Acoustical suspendedceiling tile, 2' x 2', randomelongated dot pattern with36 recessed panels,Armstrong 2851 Brand /

Acoustical suspendedceiling tile, 2' x 2',random elongated dotpattern with 36 recessedpanels, Armstrong 2851Brand

Acoustical suspendedceiling tile, 2' x 2',random elongated dotpattern with 362 recessedpanels, Armstrong 2851Brand /

Acoustical suspendedceiling tile, 2' x 2',random elongated dotpattern with 1 recessedpanel, Armstrong 2853Brand

Sample Location 1968 Original building,ground floor, mainbuilding lobby

1968 Original building,ground floor, mainbuilding lobby

1968 Original building,ground floor, mainbuilding lobby

1968 Original building,ground floor, generaloffices

NORROX Form A6 - Request for Asbestos Analysis in Bulk Materials / Chain of Custody

mailto:[email protected]



















Sample Identification 25b 25c 26a 26b







Turnaround Time







Sample Description Acoustical suspendedceiling tile, 2' x 2', randomelongated dot pattern with1 recessed pane ls ,Armstrong 2853 Brand

Acoustical suspendedceiling tile, 2' x 2',random elongated dotpattern with 1 recessedpanels, Armstrong 2853Brand

Caulking applied to doorframe

Caulking applied towindow frame

Sample Location 1968 Original building,ground floor, generaloffices

1968 Original building,ground floor, generaloffices

1968 Original building,ground floor, entrancedoor to boiler room

1968 Original building,ground floor, eastKindergarten window





















Sample Identification 26c 27a 27b 27c







Turnaround Time







Sample Description Caulking applied towindow frame

Boiler refractory blockfrom south end of thewest boiler

Boiler refractory blockfrom north end of thewest boiler

Boiler refractory blockfrom middle of the eastboiler

Sample Location 1968 Original building,ground floor, westernclassroom

1968 Original building,ground floor, boiler room

1968 Original building,ground floor, boilerroom

1968 Original building,ground floor, boiler room


















Page:: 4 of 24 Laboratory Project Number: 08042-D Date Received: October 7, 2008



Sample Identification 28 29 30 31a







Turnaround Time







Sample Description Vinyl floor tile, 12" x12", bige with shortbrown streaks

Thermal pipe insulation,i n s u la t i n g c em en tapplied of pipe fitting(elbow) of the rainwaterleader pipe system

Flat cement board soffit Acoustical suspendedceiling tile, lay abovetype, 2' x 4', randomfissure across the length,“Armstrong 895" brand

Sample Location 1968 Original building,ground floor Like SkillsArea

1968 Original building,ground floor, hall outsideclassroom 16

1968 Original building,ground floor, buildingentrance overhang byclassroom 8

1968 Original building,ground floor, boy’swashroom by classroom9




























Turnaround Time







Sample Description Acoustical suspendedceiling tile, lay above type,2' x 4', random fissureacross th e length ,“Armstrong 895" brand

Acoustical suspendedceiling tile, lay abovetype, 2' x 4', randomfissure across the length,“Armstrong 895" brand /

Textured wall materialapplied to skylight frame

Textured wall materialapplied to skylight frame/

Sample Location 1968 Original building,ground floor, classroom14

1968 Original building,ground floor, classroom20























Sample Identification 32c 32d 32e 33a







Turnaround Time







Sample Description Textured wall materialapplied to skylight frame

Textured wall materialapplied to skylight frame

Textured wall materialapplied on wall

Acoustical suspendedceiling tile, lay abovetype, 2' x 4', random dotpattern “FRB - CL1"brand

Sample Location 1968 Original building,ground floor, hall outsideclassroom 18

1968 Original building,ground floor, hall outsidecustodian’s office

1968 Original building,ground floor, stage

1968 Original building,ground floor, staffroomwashroom




1434 Gilford Road, P. O. Box 20, Gilford, Ontario, L0L 1R0Phone 705.456.5458- Facsimile: 705.456.9909

E-mail NORROXTechnical [email protected]
























Turnaround Time







Sample Description Acoustical suspendedceiling tile, lay above type,2' x 4', random dot pattern“FRB - CL1" brand

Acoustical suspendedceiling tile, lay abovetype, 2' x 4', random dotpattern “FRB - CL1"brand

Plaster wall assembly,consisting of finish coatover a scratch base coat

Plaster wall assembly,consisting of finish coatover a scratch base coat/

Sample Location 1968 Original building,ground floor, staffroomwashroom

1968 Original building,ground floor, staffroomwashroom

1968 Original building,ground floor, classroom 8






























Turnaround Time







Sample Description Plaster wall assembly,consisting of finish coatover a scratch base coat

Floor tile mastic Floor tile mastic Floor tile mastic

Sample Location 1968 Original building,ground floor, classroom20

1968 Original building,ground floor classroom 8


1968 Original building,ground floor classroom20





























Turnaround Time







Sample Description Acoustical suspendedceiling tile, lay above type,2' x 4', random irregulardot pattern “Armstrong769A” brand

Acoustical suspendedceiling tile, lay abovetype, 2' x 4', randomirregular dot pattern“Armstrong 769A” brand

Acoustical suspendedceiling tile, lay abovetype, 2' x 4', randomirregular dot pattern“Armstrong 769A” brand

Acoustical suspendedceiling tile, fixed inplace type, 12" x 12",random fissure pattern

Sample Location 1968 Original building,ground floor, library

1968 Original building,ground floor, library

1968 Original building,ground floor, library

1968 Original building,ground floor, librarywest office






















Sample Identification 38b 39 40 41







Turnaround Time







Sample Description Acoustical suspendedceiling tile, fixed in placetype, 12" x 12", randomfissure pattern

Vinyl floor tile, 12" x12", grey with largewhite steaks

40 / Flat cement boardsoffit /

Cement rainwater leaderpipe

Sample Location 1968 Original building,ground floor, library eastoffice


1974 Building addition,ground floor, outsidenorth building entrance

1974 Building addition,ground floor, hall bynorth doors






















Sample Identification 42 43a 43b 43c







Turnaround Time







Sample Description Vinyl floor tile, 12" x 12",beige with short brownstreaks

Floor tile mastic Floor tile mastic Floor tile mastic

Sample Location 1974 Building addition,ground floor, generalpurpose room

1974 Building addition,ground floor, generalpurpose room

1974 Building addition,ground floor, classroom27





























Turnaround Time







Sample Description Acoustical suspendedceiling tile, lay above type,2' x 4', random fissureacross the length pattern,“Armstrong 895" brand

Acoustical suspendedceiling tile, lay abovetype, 2' x 4', randomfissure across the lengthpattern, “Armstrong 895"brand

Acoustical suspendedceiling tile, lay abovetype, 2' x 4', randomfissure across the lengthpattern, “Armstrong 895"brand

Acoustical textured wallmaterial

Sample Location 1974 Building addition,ground floor, boy’schange room


1974 Building addition,ground floor, Guidanceoffices

1974 Building addition,ground floor, chapel





















Sample Identification 45b 45c 45d 45e







Turnaround Time







Sample Description Acoustical textured wallmaterial




Sample Location 1974 Building addition,ground floor, chapel/



1974Building addition,ground floor, chapel





























Turnaround Time







Sample Description Floor tile mastic Floor tile mastic Floor tile mastic Tectum wall board

Sample Location 1974 Building addition,ground floor, classroom25

1974 Building addition,ground floor, southguidance office

1974 Building addition,ground floor, generalpurpose mechanical room






























Turnaround Time







Sample Description Tectum wall board Tectum wall board Acoustical suspendedceiling tile, lay abovetype, 2' x 4', random dotpattern, no brand name

Acoustical suspendedceiling tile, lay abovetype, 2' x 4', random dotpattern, no brand name

Sample Location 1971 Building addition,ground floor, musicclassroom


1974 Building addition,music classroom, storageroom

1974 Building addition,music classroom, storageroom





























Turnaround Time







Sample Description Acoustical suspendedceiling tile, lay above type,2' x 4', random dot pattern,no brand name

Plaster joint fillingcompound



Sample Location 1974 Building addition,music classroom, storageroom

























Sample Identification 51a 51b 51c 51d







Turnaround Time







Sample Description Caulking applied on doorframe

Caulking applied onwindow frame

Caulking applied onwindow frame

Caulking applied on doorframe

Sample Location 1974 Building addition,ground floor, exterior doorto classroom 25

1974 Building addition,ground floor, exteriorwindow to classroom 26

1974 Building addition,ground floor, exteriorwindow to classroom 27

1974 Building addition,ground floor, interiordoor to classroom 25





























Turnaround Time







Sample Description Plast er j oin t f i l l i ngcompound



Caulking applied tointerior door frame

























Sample Identification 54b 54c 55 56a







Turnaround Time







Sample Description Caulking applied tointerior door frame

Caulking applied toexterior window frame

Flat cement board soffit Floor tile mastic



1971 Building addition,ground floor floor outsideclassroom 24 at window





























Turnaround Time







Sample Description Floor tile mastic Floor tile mastic Vinyl floor tile, 12" x 12",dark beige with large lightbeige streaks

Acoustical suspendedceiling tile, lay abovetype, 2' x 4', randomfissure across the lengthpattern, “Armstrong895" brand

Sample Location 1971 Building addition,ground floor, clssroom 24

1971 Building addition,ground floor, clssroom23


1971 Building addition,ground floor, hall by eastentrance doors





























Turnaround Time







Sample Description Acoustical suspended ceiling

tile, lay above type, 2' x 4 ',

random fissure across the

length pattern, “Armstrong

895" brand

Acoustical suspended ceiling

tile, lay above type, 2' x 4',

random fissure across the

length pattern, “Armstrong

895" brand

Light fixture to crystalgasket

Roof assembly,consisting of roofing tarsand felts



1968 Original building,mezzanine mechanicalroom serving the generalpurpose room

1968 Original building,ground floor roof, abovewashrooms at the northwest corner of thebuilding





























Turnaround Time







Sample Description Roof assembly, consistingof roofing tars and felts

R o o f a s s e m b l y ,consisting of roofing tarsand felts

Brown granular rollroofing

Brown granular rollroofing

Sample Location 1968 Original building,ground floor roof, aboveclassroom 8

1968 Original building,ground floor roof, aboveKindergarten

1968 Original building,ground floor roof aboveLibrary

1968 Original building,ground floor roof aboveLibrary





























Turnaround Time







Sample Description Brown granular rol lroofing


Roof assembly, consistingof roofing tars and felts

Roof assembly,consisting of roofing tarsand felts

Sample Location 1968 Original building,ground floor roof curbingby 1971 building addition

1971 Building addition,ground floor roof, southeast quadrant of addition

1971 Building addition,ground floor roof, centreof addition

1971 Building addition,ground floor roof, northwest quadrant ofaddition






















Sample Identification 63a 63b 63c 64







Turnaround Time







Sample Description Roof assembly, consistingof roofing tars and felts


Roof assembly, consistingof roofing tars and felts

Thermal pipe insulation,insulating cement appliedon hotwater heatingfitting (elbow)

Sample Location 1974 Building addition,ground floor roof, aboveclassroom 25

1974 Building addition,ground floor roof, aboveclassroom 26

1974 Building addition,ground floor roof, aboveclassroom 27

1971 Building addition,ground floor, hall outsideclassroom 21



NORROX Technical Services Inc. 1434 Gilford Road P. O. Box 20, Gilford, Ontario, L0L 1R0

Phone 705.456.5458 - Facsimile: 705.456.9909

CERTIFICATE OF ANALYSIS FOR ASBESTOS FIBRE IN BULK MATERIAL

(POLARIZED LIGHT MICROSCOPY WITH DISPERSION STAINING RESULTS)

Client: Dufferin-Peel District School Clients Project Name: Cardinal Newman Catholic

Board Elementary School

Keaton Centre Clients Project Location: 698 Balmoral Drive, Brampton,

5685 Keaton Crescent Ontario, L6T 1Z1

Mississauga, Ontario, L5R 3H5 NORROX Project Number: 08042 - D

Attention: Wolfgang Stumpf & Lynn Schaule Date: October 11, 2008 Page 1

Laboratory

Sample

Number

Client Sample Number

/ Description / Location

Homogenous or

Stratified (# of

Layers)

/ Exclusions

Description

of Layer

Analysed

Sample

Treatment

% Composition

(Visual Estimate

of Volume of

Asbestos Fibres

080997-B 24a / Acoustical suspended ceiling

tile, 2' x 4', random elongated dot

pattern with 1 recessed panel,

Armstrong 2851 Brand / 1968

Original building, ground floor,

main building lobby

Stratified, two

layers / White

paint film

excluded

Grey-beige

compressed

fibrous matte

Teased None detected

080998-B 24b / Acoustical suspended ceiling





main building lobby

Stratified, two

layers / White

paint film

excluded

Grey-beige

compressed

fibrous matte


080999-B 24c / Acoustical suspended ceiling





main building lobby

Stratified, two

layers / White

paint film

excluded

Grey-beige

compressed

fibrous matte




pattern with 36 recessed panels,



general offices

Stratified, two

layers / White

paint film

excluded

Grey-beige

compressed

fibrous matte







general offices

Stratified, two

layers / White

paint film

excluded

Grey-beige

compressed

fibrous matte



Phone 705.456.5458 - Facsimile: 705.456.9909









Laboratory

Sample

Number



Homogenous or

Stratified (# of

Layers)

/ Exclusions

Description

of Layer

Analysed

Sample

Treatment

% Composition

(Visual Estimate

of Volume of

Asbestos Fibres






general offices

Stratified, two

layers / White

paint film

excluded

Grey-beige

compressed

fibrous matte


081003-B 26a / Caulking applied to door

frame / 1968 Original building,

ground floor, entrance door to

boiler room

Homogenous Pliable solid

matrix

Ashed None detected

081004-B 26b / Caulking applied to window


ground floor, east Kindergarten

window


matrix

Ashed None detected

081005-B 26c / Caulking applied to window


ground floor, western classroom


matrix

Ashed None detected

081006-B 27a / Boiler refractory block from

south end of the west boiler / 1968


boiler room

Homogenous Cream-grey

granular solid

matrix

Mortar &

pestle

None detected

081007-B 27b / Boiler refractory block from

north end of the west boiler / 1968


boiler room


granular solid

matrix

Mortar &

pestle

None detected

081008-B 27c / Boiler refractory block from

middle of the east boiler / 1968


boiler room


granular solid

matrix

Mortar &

pestle

None detected


Phone 705.456.5458 - Facsimile: 705.456.9909









Laboratory

Sample

Number



Homogenous or

Stratified (# of

Layers)

/ Exclusions

Description

of Layer

Analysed

Sample

Treatment

% Composition

(Visual Estimate

of Volume of

Asbestos Fibres

081009-B 28 / Vinyl floor tile, 12" x 12",

bige with short brown streaks /

1968 Original building, ground

floor Like Skills Area

Homogenous Light beige

organically

bound solid

matrix

Ashed,

mortar &

pestle

Chrysotile 1 - 3%

081010-B 29 / Thermal pipe insulation,

insulating cement applied of pipe

fitting (elbow) of the rainwater

leader pipe system / 1968 Original

building, ground floor, hall outside

classroom 16

Homogenous Grey soft

cementaceous

matte

Teased Chrysotile 70 - 80%

081011-B 30 / Flat cement board soffit /


floor, building entrance overhang

by classroom 8

Stratified, two

layers / Green

paint film

excluded

Grey fibrous

and granular

solid matrix

Mortar and

pestle

Chrysotile 50 - 60%


tile, lay above type, 2' x 4', random

fissure acro ss the leng th ,

“Armstrong 895" brand / 1968


boy’s washroom by classroom 9

Stratified, two

layers / White

paint film

excluded

Grey-beige

compressed

fibrous matte




fissure ac ross the leng th ,



classroom 14

Stratified, two

layers / White

paint film

excluded

Grey-beige

compressed

fibrous matte



Phone 705.456.5458 - Facsimile: 705.456.9909









Laboratory

Sample

Number



Homogenous or

Stratified (# of

Layers)

/ Exclusions

Description

of Layer

Analysed

Sample

Treatment

% Composition

(Visual Estimate

of Volume of

Asbestos Fibres



fissure ac ro ss the length,



classroom 20

Stratified, two

layers / White

paint film

excluded

Grey-beige

compressed

fibrous matte


081015-B 32a / Textured wall material

applied to skylight frame / 1968


hall outside classroom 9

Homogenous Cream-white

chalk-like

solid matrix

Acid

dissolution

None detected

081016-B 32b / Textured wall material





chalk-like

solid matrix

Acid

dissolution

None detected

081017-B 32c / Textured wall material





chalk-like

solid matrix

Acid

dissolution

None detected

081018-B 32d / Textured wall material



hall outside custodian’s office


chalk-like

solid matrix

Acid

dissolution

None detected

081019-B 32e / Textured wall material

applied on wall / 1968 Original

building, ground floor, stage


chalk-like

solid matrix

Acid

dissolution

None detected



dot pattern “FRB - CL1" brand /


floor, staffroom washroom

Stratified, two

layers / White

paint film

excluded

Grey-beige

compressed

fibrous matte



Phone 705.456.5458 - Facsimile: 705.456.9909









Laboratory

Sample

Number



Homogenous or

Stratified (# of

Layers)

/ Exclusions

Description

of Layer

Analysed

Sample

Treatment

% Composition

(Visual Estimate

of Volume of

Asbestos Fibres






Stratified, two

layers / White

paint film

excluded

Grey-beige

compressed

fibrous matte







Stratified, two

layers / White

paint film

excluded

Grey-beige

compressed

fibrous matte


081023-B 34a / Plaster wall assembly,

consisting of finish coat over a

scratch base coat / 1968 Original

building, ground floor, classroom

8

Stratified, three

layers / White

paint film

excluded

Layer 1,

White chalk-

like solid

matrix

Acid

dissolution

None detected

Layer 2, grey-

beige granular

solid matrix

Mortar &

pestle

None detected

081024-B 34b/ Plaster wall assembly,




16

Stratified, three

layers / White

paint film

excluded

Layer 1,

White chalk-

like solid

matrix

Acid

dissolution

None detected

Layer 2, grey-

beige granular

solid matrix

Mortar &

pestle

None detected


Phone 705.456.5458 - Facsimile: 705.456.9909









Laboratory

Sample

Number



Homogenous or

Stratified (# of

Layers)

/ Exclusions

Description

of Layer

Analysed

Sample

Treatment

% Composition

(Visual Estimate

of Volume of

Asbestos Fibres

081025-B 34c/ Plaster wall assembly,




20

Stratified, three

layers / White

paint film

excluded

Layer 1,

White chalk-

like solid

matrix

Acid

dissolution

None detected

Layer 2, grey-

beige granular

solid matrix

Mortar &

pestle

None detected

081026-B 35a / Floor tile mastic / 1968

Original building, ground floor

classroom 8

Homogenous Yellow

translucent

film

Ashed None detected

081027-B 35b / Floor tile mastic / 1968


classroom 18

Stratified, two

layers / No

exlusions

Yellow

translucent

film and black

mastic

Ashed None detected

081028-B 35c / Floor tile mastic / 1968


classroom 20

Stratified, two

layers / No

exlusions

Yellow

translucent

film and black

mastic

Ashed None detected



irregular dot pattern “Armstrong

769A” brand / 1968 Original

building, ground floor, library

Stratified, two

layers / White

paint film

excluded

Grey-beige

compressed

fibrous matte







Stratified, two

layers / White

paint film

excluded

Grey-beige

compressed

fibrous matte



Phone 705.456.5458 - Facsimile: 705.456.9909









Laboratory

Sample

Number



Homogenous or

Stratified (# of

Layers)

/ Exclusions

Description

of Layer

Analysed

Sample

Treatment

% Composition

(Visual Estimate

of Volume of

Asbestos Fibres






Stratified, two

layers / White

paint film

excluded

Grey-beige

compressed

fibrous matte



tile, fixed in place type, 12" x 12",

random fissure pattern / 1968


library west office

Stratified, two

layers / White

paint film

excluded

Grey

compressed

fibrous matte



tile, fixed in place type, 12" x 12",

random fissure pattern / 1968


library east office

Stratified, two

layers / White

paint film

excluded

Grey

compressed

fibrous matte



grey with large white steaks / 1968


classroom 17

Homogenous Grey

organically

bound solid

matrix

Ashed,

mortar &

pestle

Chrysotile 1 - 5%


1974 Building addition, ground

floor, outside north building

entrance

Stratified, two

layers / Green

paint film

excluded

Grey fibrous

and granular

solid matrix

Mortar &

pestle

Chrysotile 50 - 60%

081036-B 41 / Cement rainwater leader pipe

/ 1974 Building addition, ground

floor, hall by north doors

Homogenous Grey fibrous

and granular

solid matrix

Mortar &

pestle

Chrysotile 40 - 50%

Crocidolite 5 - 15%


Phone 705.456.5458 - Facsimile: 705.456.9909









Laboratory

Sample

Number



Homogenous or

Stratified (# of

Layers)

/ Exclusions

Description

of Layer

Analysed

Sample

Treatment

% Composition

(Visual Estimate

of Volume of

Asbestos Fibres


beige with short brown steaks /


floor, general purpose room

Homogenous Beige

organically

bound solid

matrix

Ashed,

mortar &

pestle

Chrysotile 1 - 5%


Building addition, ground floor,

general purpose room

Homogenous Black mastic Solvent

dissolution

None detected



classroom 27


dissolution

None detected



classroom 25


dissolution

None detected



fissure across the length pattern,



boy’s change room

Stratified, two

layers / White

paint film

Grey-beige

compressed

fibrous matte







classroom 25

Stratified, two

layers / White

paint film

Grey-beige

compressed

fibrous matte



Phone 705.456.5458 - Facsimile: 705.456.9909









Laboratory

Sample

Number



Homogenous or

Stratified (# of

Layers)

/ Exclusions

Description

of Layer

Analysed

Sample

Treatment

% Composition

(Visual Estimate

of Volume of

Asbestos Fibres






Guidance offices

Stratified, two

layers / White

paint film

Grey-beige

compressed

fibrous matte


081043-B 45a / Acoustical textured wall

material / 1974 Building addition,

ground floor, chapel

Homogenous White chalk-

like solid

matrix

Acid

dissolution

None detected

081044-B 45b / Acoustical textured wall




like solid

matrix

Acid

dissolution

None detected

081045-B 45c / Acoustical textured wall




like solid

matrix

Acid

dissolution

None detected

081046-B 45d / Acoustical textured wall




like solid

matrix

Acid

dissolution

None detected

081047-B 45e / Acoustical textured wall




like solid

matrix

Acid

dissolution

None detected



classroom 25

Homogenous Yellow

translucent

pliable matte

Ashed None detected



south guidance office

Stratified, two

layers / No

exclusions not

seperatable

Yellow

translucent

pliable matte

& black

mastic

Ashed None detected


Phone 705.456.5458 - Facsimile: 705.456.9909









Laboratory

Sample

Number



Homogenous or

Stratified (# of

Layers)

/ Exclusions

Description

of Layer

Analysed

Sample

Treatment

% Composition

(Visual Estimate

of Volume of

Asbestos Fibres



general purpose mechanical room

Homogenous Yellow

translucent

pliable matte

Ashed None detected

081051-B 48a / Tectum wall board / 1974



Homogenous White

compressed

fibrous matte


081052-B 48b / Tectum wall board / 1971


music classroom

Homogenous White

compressed

fibrous matte


081053-B 48c / Tectum wall board / 1968



Homogenous White

compressed

fibrous matte




dot pattern, no brand name / 1974

B u i l d i n g a d d i t i o n , m u s i c

classroom, storage room

Stratified , two

layers / White

paint film

excluded

Grey-beige

compressed

fibrous matte





B u i l d in g a d d i t i o n , m u s i c


Stratified , two

layers / White

paint film

excluded

Grey-beige

compressed

fibrous matte





B u i l d i n g a d d i t i o n , m u s i c


Stratified , two

layers / White

paint film

excluded

Grey-beige

compressed

fibrous matte



Phone 705.456.5458 - Facsimile: 705.456.9909









Laboratory

Sample

Number



Homogenous or

Stratified (# of

Layers)

/ Exclusions

Description

of Layer

Analysed

Sample

Treatment

% Composition

(Visual Estimate

of Volume of

Asbestos Fibres

081057-B 50a / P laster jo int filling

compound / 1974 Building

addition, ground floor, classroom

25

Stratified, two

layers / White

paint film

excluded

White chalk-

like solid

matrix

Acid

dissolution

None detected

081058-B 50b / Plaster jo int filling



26

Stratified, two

layers / White

paint film

excluded

White chalk-

like solid

matrix

Acid

dissolution

None detected

081059-B 50b / Plaster joint filling



27

Stratified, two

layers / White

paint film

excluded

White chalk-

like solid

matrix

Acid

dissolution

None detected

081060-B 51a / Caulking applied on door

frame / 1974 Building addition,

ground floor, exterior door to

classroom 25


matrix

Ashed None detected

081061-B 51b / Caulking applied on window


ground floor, exterior window to

classroom 26


matrix

Ashed None detected

081062-B 51c / Caulking applied on window


ground floor, exterior window to

classroom 27


matrix

Ashed None detected

081063-B 51d / Caulking applied on door


ground floor, interior door to

classroom 25


matrix

Ashed None detected


Phone 705.456.5458 - Facsimile: 705.456.9909









Laboratory

Sample

Number



Homogenous or

Stratified (# of

Layers)

/ Exclusions

Description

of Layer

Analysed

Sample

Treatment

% Composition

(Visual Estimate

of Volume of

Asbestos Fibres

081064-B 53a / P laster jo int filling



21

Stratified, two

layers / White

paint film

excluded

White chalk-

like solid

matrix

Acid

dissolution

None detected

081065-B 53b / Plaster jo int filling



23

Stratified, two

layers / White

paint film

excluded

White chalk-

like solid

matrix

Acid

dissolution

None detected

081066-B 53c / P laster joint filling



24

Stratified, two

layers / White

paint film

excluded

White chalk-

like solid

matrix

Acid

dissolution

None detected

081067-B 54a / Caulking applied to interior

door frame / 1971 Building


21


matrix

Ashed None detected

081068-B 54b / Caulking applied to interior

door fram / 1971 Building


24


matrix

Ashed None detected

081069-B 54c / Caulking applied to exterior

window frame / 1971 Building


23


matrix

Ashed None detected



floor floor outside classroom 24 at

window

Stratified, two

layers / White

paint film

excluded

Grey fibrous

and granular

solid matrix

Mortar &

pestle

Chrysotile 50 - 60%


Phone 705.456.5458 - Facsimile: 705.456.9909









Laboratory

Sample

Number



Homogenous or

Stratified (# of

Layers)

/ Exclusions

Description

of Layer

Analysed

Sample

Treatment

% Composition

(Visual Estimate

of Volume of

Asbestos Fibres



classroom 21

Stratified. two

layers / No

exlusions

Yellow

translucent

pliable matte

and black

mastic

Ashed None detected



clssroom 24

Homogenous Yellow

translucent

pliable matte

Ashed None detected



clssroom 23

Homogenous Yellow

translucent

pliable matte

Ashed None detected


dark beige with large light beige

streaks / 1971 Building addition,

ground floor, classroom 21

Homogenous Brown

organically

bound solid

matrix

Ashed,

mortar &

pestle

Chrysotile 1 - 5%






hall by east entrance doors

Stratified, two

layers / White

paint film

exlcuded

Grey-beige

compressed

fibrous matte







classroom 23

Stratified, two

layers / White

paint film

exlcuded

Grey-beige

compressed

fibrous matte



Phone 705.456.5458 - Facsimile: 705.456.9909









Laboratory

Sample

Number



Homogenous or

Stratified (# of

Layers)

/ Exclusions

Description

of Layer

Analysed

Sample

Treatment

% Composition

(Visual Estimate

of Volume of

Asbestos Fibres






classroom 21

Stratified, two

layers / White

paint film

exlcuded

Grey-beige

compressed

fibrous matte


081078-B 59 / Light fixture to crystal gasket

/ 19 6 8 O rig ina l build ing,

mezzanine mechanical room

serving the general purpose room

Stratified, two

layers /

Aluminum foil

excluded

Grey thick felt Teased Chrysotile 90 - 95%

081079-B 60a / Roof assembly, consisting of

roofing tars and felts / 1968


roof, above washrooms at the

north west corner of the building

Stratified, two

layers / No

exclusions

Black mastic

coating the

impregnating

multiple

layers of flat

felt

Solvent

dissolution

None detected

081080-B 60b / Roof assembly, consisting of



roof, above classroom 8

Stratified, two

layers / No

exclusions

Black mastic

coating the

impregnating

multiple

layers of flat

felt

Solvent

dissolution

None detected

081081-B 60c / Roof assembly, consisting of



roof, above Kindergarten

Stratified, two

layers / No

exclusions

Black mastic

coating the

impregnating

multiple

layers of flat

felt

Solvent

dissolution

None detected

081082-B 61a / Brown granular roll roofing

/ 1968 Original building, ground

floor roof above Library

Homogenous Thick black

felt

Solvent

dissolution

None detected


Phone 705.456.5458 - Facsimile: 705.456.9909









Laboratory

Sample

Number



Homogenous or

Stratified (# of

Layers)

/ Exclusions

Description

of Layer

Analysed

Sample

Treatment

% Composition

(Visual Estimate

of Volume of

Asbestos Fibres

081083-B 61b / Brown granular roll roofing


floor roof above Library


felt

Solvent

dissolution

None detected

081084-B 61c / Brown granular roll roofing


floor roof curbing by 1971

building addition


felt

Solvent

dissolution

None detected



Building addition, ground floor

roof, south east quadrant of

addition

Stratified, two

layers / No

exclusions

Black mastic

coating the

impregnating

multiple

layers of flat

felt

Solvent

dissolution

None detected




roof, centre of addition

Stratified, two

layers / No

exclusions

Black mastic

coating the

impregnating

multiple

layers of flat

felt

Solvent

dissolution

None detected




roof, north west quadrant of

addition

Stratified, two

layers / No

exclusions

Black mastic

coating the

impregnating

multiple

layers of flat

felt

Solvent

dissolution

None detected





Stratified, two

layers / No

exclusions

Black mastic

coating the

impregnating

multiple

layers of flat

felt

Solvent

dissolution

None detected


Phone 705.456.5458 - Facsimile: 705.456.9909









Laboratory

Sample

Number



Homogenous or

Stratified (# of

Layers)

/ Exclusions

Description

of Layer

Analysed

Sample

Treatment

% Composition

(Visual Estimate

of Volume of

Asbestos Fibres





Stratified, two

layers / No

exclusions

Black mastic

coating the

impregnating

multiple

layers of flat

felt

Solvent

dissolution

None detected





Stratified, two

layers / No

exclusions

Black mastic

coating the

impregnating

multiple

layers of flat

felt

Solvent

dissolution

None detected

081091-B 64 / Thermal pipe insulation,

insulating cement applied on

hotwater heating fitting (elbow) /


floor, hall outside classroom 21

Homogenous Grey soft

cementaceous

matte

Teased Chrysotile 80 - 90%


Phone 705.456.5458 - Facsimile: 705.456.9909









Bulk samples were analysed using Polarized Light Microscopy with Dispersion Staining Techniques. This analysis is

performed in accordance with the procedures specified in the “US Environmental Protection Agency. Test Method

EPA/600/R-93/116: Method for the Determination of Asbestos in Bulk Building Materials. June 1993", specified in

Ontario Regulation 278/05 made under the Occupational Health and Safety Act, “Designated Substances - Asbestos

on Construction Projects and in Buildings and Repair Operations. Asbestos fibre and other material components are

identified by a combination of morphology, pleo-chroism and colours present, refractive indices, birefringence,

extinction angle, sign of elongation, and colours under specific refractive fluids. The % composition of asbestos and

non-asbestos fibres reported are measured by subjective visual means based on specialized training, experience and

comparison to standard area projections. The limit of detection for routine analysis is 0.5%.

All results pertain only to the material tested.

Analyst and Authorized Signature

Norman Chudzinski, B.Sc.


Phone: 705.456.5458- Facsimile: 705.456.9909E-mail: [email protected]



Company:


Client Project Number:

Not applicable

Relinquished by:

Norman Chudzinski

Address:

1434 Gilford Road, P.O. Box 20


Purchase Order Number: Not applicable Date Relinquished: January 26, 2010

Project Contact: Norman Chudzinski M ethod of Transport:

Hand Delivered, M ail, Courier, Other:

Phone: 705.456.5458

E-mail:

NORROXTechnicalServices@ rogers.com




Page: 1 of 4 Laboratory Project Number: 08042-D Date Received: January 26, 2010




Laboratory Sample # 100010 - B 100011 - B 100012 - B 100013 - B

Bulk Analysis Required O Analyse to Province of (Ontario) Standard � Other ( )

O Analyse for Asbestos only � Identify major additional components of sample


2) PLM Vermiculite,

Debris or Dust



Turnaround Time

W ithin 24 Hours

Regular Business Days

W ithin 48 Hours


W ithin 24 Hours

W eekend Days

W ithin 48 Hours

W eekend Days

W ithin 3 to 5 Days Project Related Project Related Project Related Project Related


Sample Description C a u l k i n g a p p l i e d t o

window frame

C au lk in g applied to

window frame

Caulking applied to door

frame

Texture application on

underside on overhang at

building entrance

Sample Location 2009 Building addition,

first floor, classroom 34

2009 Building addition,



first floor, west entrance

doors


first floor, west building

entrance

NORROX Form A6 - Request for Asbestos Analysis in Bulk M aterials / Chain of Custody







Company:



Not applicable

Relinquished by:

Norman Chudzinski

Address:






Phone: 705.456.5458

E-mail:








Sample Identification 66b 67 68 69a





2) PLM Vermiculite,

Debris or Dust



Turnaround Time

W ithin 24 Hours


W ithin 48 Hours


W ithin 24 Hours

W eekend Days

W ithin 48 Hours

W eekend Days



Sample Description Texture application on


building entrance


frame

Texture application on


building entrance


frame


first floor, west building

entrance


first floor, north exit door


first floor, north exit

door


first floor exterior door

to classroom 27








Company:



Not applicable

Relinquished by:

Norman Chudzinski

Address:






Phone: 705.456.5458

E-mail:













2) PLM Vermiculite,

Debris or Dust



Turnaround Time

W ithin 24 Hours


W ithin 48 Hours


W ithin 24 Hours

W eekend Days

W ithin 48 Hours

W eekend Days



Sample Description C a u l k i n g a p p l i e d t o

window frame

C au lk in g applied to

window frame

Plaster joint filling

compound applied to

Gypsum drywall, wall

Plaster joint filling

compound applied to



first floor, classroom 28,

south window


first floor, classroom 28,

north window

1974 Building

addition, first floor,

classroom 27










Company:



Not applicable

Relinquished by:

Norman Chudzinski

Address:






Phone: 705.456.5458

E-mail:





Page:: 4 of 4 Laboratory Project Number: 08042-D Date Received: January 26, 2010








2) PLM Vermiculite,

Debris or Dust



Turnaround Time

W ithin 24 Hours


W ithin 48 Hours


W ithin 24 Hours

W eekend Days

W ithin 48 Hours

W eekend Days



Sample Description P l a s t e r j o i n t f i l l i n g

com pound applied to


Roof assembly consisting

of roofing tar and felt

Roof assembly consisting

of roofing tar and felt

Roof assembly

consisting of roofing tar

and felt




first floor roof


first floor roof


first floor roof





Phone 705.456.5458 - Facsimile: 705.456.9909








Attention: Joe Brundia & Lynn Schaule Date: February 1, 2010 Page 1

Laboratory

Sample

Number



Homogenous or

Stratified (# of

Layers)

/ Exclusions

Description

of Layer

Analysed

Sample

Treatment

% Composition

(Visual Estimate

of Volume of

Asbestos Fibres

100010 - B 65a / Caulking applied to window



Homogenous Grey pliable

solid matrix

Ashed None detected

100011 - B 65b / Caulking applied to window




solid matrix

Ashed None detected

100012 - B 65c / Caulking applied to door


first floor, west entrance doors

Homogenous Rust red

pliable solid

matrix

Ashed None detected

100013 - B 66a / T exture application on

underside on overhang at building

entrance / 2009 Building addition,

first floor, west building entrance

Homogenous White

granular solid

matrix

Ashed None detected

100014 - B 66b / Texture application on



first floor, west building entrance

Homogenous White

granular solid

matrix

Ashed None detected

100015 - B 67 / Caulking applied to door



Homogenous White pliable

solid matrix

Ashed None detected

100016 - B 68 / Texture application on




Homogenous White

granular solid

matrix

Ashed None detected

100017 - B 69a / Caulking applied to door


first floor exterior door to

classroom 27

Homogenous Rust red

pliable solid

matrix

Ashed None detected


Phone 705.456.5458 - Facsimile: 705.456.9909









Laboratory

Sample

Number



Homogenous or

Stratified (# of

Layers)

/ Exclusions

Description

of Layer

Analysed

Sample

Treatment

% Composition

(Visual Estimate

of Volume of

Asbestos Fibres

100018 - B 69b / Caulking applied to window


first floor, classroom 28, south

window


solid matrix

Ashed None detected

100019 - B 69c / Caulking applied to window


first floor, classroom 28, north

window


solid matrix

Ashed None detected

100020 - B 7 0 a / P l a s t e r j o in t f i l l i n g

compound applied to Gypsum

drywall, wall / 1974 Building

addition, first floor, classroom 27

Stratified, two

layers / White

paint film

excluded

White chalk-

like solid

matrix

Acid

dissolution

None detected

100021 - B 7 0 b / P l a s te r j o i n t f i l l i n g




Stratified, two

layers / White

paint film

excluded

White chalk-

like solid

matrix

Acid

dissolution

None detected

100022 - B 7 0 c / P l a s t e r j o in t f i l l i n g




Stratified, two

layers / White

paint film

excluded

White chalk-

like solid

matrix

Acid

dissolution

None detected

100023 - B 71a / Roof assembly consisting of

roofing tar and felt, 2009 Building

addition, first floor roof

Stratified, two

layers / No

exclusions

Multiple

layers of flat

felt coated

and

impregnated

with black

mastic

Solvent

dissolution

None detected


Phone 705.456.5458 - Facsimile: 705.456.9909









Laboratory

Sample

Number



Homogenous or

Stratified (# of

Layers)

/ Exclusions

Description

of Layer

Analysed

Sample

Treatment

% Composition

(Visual Estimate

of Volume of

Asbestos Fibres

100024 - B 71b / Roof assembly consisting of



Stratified, two

layers / No

exclusions

Multiple

layers of flat

felt coated

and

impregnated

with black

mastic

Solvent

dissolution

None detected

100025 - B 71c / Roof assembly consisting of



Stratified, two

layers / No

exclusions

Multiple

layers of flat

felt coated

and

impregnated

with black

mastic

Solvent

dissolution

None detected


Phone 705.456.5458 - Facsimile: 705.456.9909









Bulk samples were analysed using Polarized Light Microscopy with Dispersion Staining Techniques. This analysis is

performed in accordance with the procedures specified in the “US Environmental Protection Agency. Test Method

EPA/600/R-93/116: Method for the Determination of Asbestos in Bulk Building Materials. June 1993", specified in

Ontario Regulation 278/05 made under the Occupational Health and Safety Act, “Designated Substances - Asbestos

on Construction Projects and in Buildings and Repair Operations. Asbestos fibre and other material components are

identified by a combination of morphology, pleo-chroism and colours present, refractive indices, birefringence,

extinction angle, sign of elongation, and colours under specific refractive fluids. The % composition of asbestos and

non-asbestos fibres reported are measured by subjective visual means based on specialized training, experience and

comparison to standard area projections. The limit of detection for routine analysis is 0.5%.

All results pertain only to the material tested.

Analyst and Authorized Signature


NORROX

Technical Services Inc. 1434 Gilford Road, P. O. Box 20, Gilford, Ontario, L0L 1R0Phone 705.456.5458- Facsimile: 705.456.9909








Purchase Order Number: Not applicable Date Relinquished: June 5, 2016






Page:: 1 of 1 Laboratory Project Number: 16054-D Date Received: June 5, 2016



Sample Identification 72a 72b 72c

Laboratory Sample # 160453-B 160454-B 160455-B

Bulk Analysis Required O Analyse to Province of (Ontario) Standard � Other ( )� Analyse for Asbestos only � Identify major additional components of sample





Turnaround Time


Project Related Project Related Project Related




Within 3 to 5 Days


Sample Description Tack board adhesive,brown

Tack board adhesive,brown


Sample Location Classroom 7 on the firstfloor of the 1968 originalbuilding

Classroom 7 on the firstfloor of the 1968 originalbuilding




NORROX









Purchase Order Number: Not applicable Date Relinquished: September 1, 2016






Page:: 2 of 3 Laboratory Project Number: 16061-D Date Received: September 1, 2016

Project Name: St. Mary Catholic Elementary School - Portable 0211 � Name withheld

Project Address: 66 Main Street South, Brampton, Ontario, L6W 2C6 � Address withheld








Turnaround Time







Sample Description Caulking applied to themetal door frame, cream

Caulking applied to themetal door frame, cream

Metal door core, brownflat felt in a honeycomb-like configuration

Floor tile mastic blackfound under lower layer ofvinyl floor tile

Sample Location 1979 Original Building, firstfloor, exterior

1979 Original Building,first floor, exterior

1979 Original Building,first floor, interior




NORROX









Purchase Order Number: Not applicable Date Relinquished: September 1, 2016






Page:: 3 of 3 Laboratory Project Number: 16061-D Date Received: September 1, 2016

Project Name: St. Mary Catholic Elementary School - Portable 0211 � Name withheld

Project Address: 66 Main Street South, Brampton, Ontario, L6W 2C6 � Address withheld

Sample Identification 6b 6c

Laboratory Sample # 160049-B 160050-B


1) PLM Routine Yes Yes




Turnaround Time





Within 3 to 5 Days Project Related Project Related


Sample Description Floor tile mastic blackfound under lower layer ofvinyl floor tile

Floor tile mastic blackfound under lower layerof vinyl floor tile

Sample Location 1979 Original Building, firstfloor, interior




NORROX

Technical Services Inc. 1434 Gilford Road, P. O. Box 20, Gilford, Ontario, L0L 1R0

Phone (705) 456-5458 & Facsimile: (705) 456-5214

CERTIFICATE OF ANALYSIS - ASBESTOS FIBRE IN BULK MATERIAL


Client: Dufferin-Peel Catholic District School Board Clients Project Nam e: Cardinal Newman Catholic Elementary School

Keaton Centre Clients Project Location: 698 Balmoral Drive 5685 Keaton Crescent Brampton, Ontario, L6T 1Z1

Mississauga, Ontario, L5R 3H5 NORROX Project Number: 16054-D

Attention: M r. Joe Intranuovo June 5, 2016 Page 1

% COM POSITION (VISUAL ESTIM ATE OF VOLUME)

LABORATORY SA M PLE NUM BER

C LIEN T SAM PLE NUM BER

/ D E S C R IPTIO N / LOCATION

HOMOGENOUS OR NUM BER OF

LAYERS / EXCLUSIONS

DES CRIP TION OF LAYER ANALYSED

SA M PLE TREATMENT

ASBES TOS FIBRES

NO N-ASBES TOS FIBRES

SOLID MATERIAL

160453-B

72a \ Tack board adhesive, dark brown / Classroom 7 on the first floor of the 1968 original building

Homogenous

Brown semi-translucent solid

material

Ashed

None detected

None detected

100%

160454-B

72b \ Tack board adhesive, dark brown / Classroom 7 on the first floor of the 1968 original building

Homogenous


material

Ashed

None detected

None detected

100%

160455-B

72c \ Tack board adhesive, dark brown / Classroom 7 on the first floor of the 1968 original building

Homogenous


material

Ashed

None detected

None detected

100%

NORROX


Phone (705) 456-5458 & Facsimile: (705) 456-5214



Client: Dufferin-Peel Catholic District School Board Clients Project Nam e: St. Christopher Separate School

Keaton Centre Clients Project Location: 1195 Clarkson Road North 5685 Keaton Crescent Mississauga, Ontario, L5J 2W 1


Attention: M r. Joe Intranuovo June 5, 2016 Page 2 Bulk samples were analyzed using Polarized Light Microscopy with Dispersion Staining Techniques. This analysis is performed in accordance with the procedures specified in the “US Environmental Protection Agency. Test Method EPA/600/R-93/116: Method for the Determination of Asbestos in Bulk Building Materials. June 1993", specified in Ontario Regulation 278/05 made under the Occupational Health and Safety Act, “Designated Substances - Asbestos on Construction Projects and in Buildings and Repair Operations. Asbestos fibre and other material components are identified by a combination of morphology, pleo-chroism and colors present, refractive indices, birefringence, extinction angle, sign of elongation, and colors under specific refractive fluids. The % composition of asbestos and non-asbestos fibres reported are measured by subjective visual means based on specialized training, experience and comparison to standard area projections. The limit of detection for routine analysis is 0.5%. All results pertain only to the material tested. Analyst and Authorized Signature


NORROX









Purchase Order Number: Not applicable Date Relinquished: July 11, 2016






Page:: 1 of 1 Laboratory Project Number: 16054-D Date Received: July 11, 2016



Sample Identification 72d 72e

Laboratory Sample # 160456-B 160457-B


1) PLM Routine Yes Yes




Turnaround Time


Project Related Project Related




Within 3 to 5 Days


Sample Description Tack board adhesive,brown


Sample Location Staffroom on the first floorof the 1968 originalbuilding




NORROX


Phone (705) 456-5458 & Facsimile: (705) 456-5214



Client: Dufferin-Peel Catholic District School Board Clients Project Nam e: Cardinal Newman Catholic Elementary School

Keaton Centre Clients Project Location: 698 Balmoral Drive 5685 Keaton Crescent Brampton, Ontario, L6T 1Z1


Attention: M r. Joe Intranuovo July 13, 2016 Page 1

% COM POSITION (VISUAL ESTIM ATE OF VOLUME)

LABORATORY SA M PLE NUM BER

C LIEN T SAM PLE NUM BER

/ D E S C R IPTIO N / LOCATION

HOMOGENOUS OR NUM BER OF

LAYERS / EXCLUSIONS

DES CRIP TION OF LAYER ANALYSED

SA M PLE TREATMENT

ASBES TOS FIBRES

NO N-ASBES TOS FIBRES

SOLID MATERIAL

160456-B

102d \ Tack board adhesive, dark brown / Staff Room on the first floor of the 1968 original building

Homogenous


material

Ashed

None detected

None detected

100%

160457-B

102e \ Tack board adhesive, dark brown / Classroom 8 on the first floor of the 1968 original building

Homogenous


material

Ashed

None detected

None detected

100%

NORROX


Phone (705) 456-5458 & Facsimile: (705) 456-5214



Client: Dufferin-Peel Catholic District School Board Clients Project Nam e: St. Christopher Separate School

Keaton Centre Clients Project Location: 1195 Clarkson Road North 5685 Keaton Crescent Mississauga, Ontario, L5J 2W 1


Attention: M r. Joe Intranuovo June 5, 2016 Page 2 Bulk samples were analyzed using Polarized Light Microscopy with Dispersion Staining Techniques. This analysis is performed in accordance with the procedures specified in the “US Environmental Protection Agency. Test Method EPA/600/R-93/116: Method for the Determination of Asbestos in Bulk Building Materials. June 1993", specified in Ontario Regulation 278/05 made under the Occupational Health and Safety Act, “Designated Substances - Asbestos on Construction Projects and in Buildings and Repair Operations. Asbestos fibre and other material components are identified by a combination of morphology, pleo-chroism and colors present, refractive indices, birefringence, extinction angle, sign of elongation, and colors under specific refractive fluids. The % composition of asbestos and non-asbestos fibres reported are measured by subjective visual means based on specialized training, experience and comparison to standard area projections. The limit of detection for routine analysis is 0.5%. All results pertain only to the material tested. Analyst and Authorized Signature


APPENDIX A-2 Floor Plans Showing the Location of where Friable

Asbestos-containing Materials were removed and the Location of Major Non-Asbestos-containing Materials

in the Building as of January 26, 2010, May 30, 2011, October 2014, April 21, 2016, January 30, 2017,

November 28, 2017 and August 29, 2018


Asbestos Management Program – Location Report Project: 08042-D – 17027-D Dufferin Peel Catholic School Board Reissued: October 27, 2008 – Revision 4: November 30, 2017 Cardinal Newman Catholic Elementary School, Brampton Appendix A-2 – Page 1 of 10

Legend to Floor Plan 1



Floor Plan 1 Showing the Locations where Asbestos-containing Thermal Pipe

Insulation, Boiler Breeching Insulation and Suspect Boiler Breeching Insulation (Friable Material) was removed from the Building to July 11, 2016, First Floor, Drawing not to Scale and Room Configuration may be Different




Floor Plan 2 Showing the Locations of Asbestos-free Boiler Refractory (Friable Materials) in the 1986 Original Building, as of January 26, 2010, Drawing not to Scale and Room Configuration may be Different


Floor Plan 3 Showing the Locations of Asbestos-free Acoustical Suspended Ceiling

Tile (Manufactured Product) in the 1986 Original Building, 1971 Building Addition, 1974 Building Addition and 2009 Building Addition as of January 26, 2010 and January 30, 2017, First Floor, Drawing not to Scale and Room Configuration may be Different



Floor Plan 4 Showing the Locations of Asbestos-free Tectum Board (Friable

Materials) in the 1986 Original Building, 1971 Building Addition, 1974 Building Addition and 2009 Building Addition as of November 28, 2017



Floor Plan 5 Showing the Locations of Asbestos-free Textured Material (Friable

Materials) in the 1986 Original Building, 1971 Building Addition, 1974 Building Addition and 2009 Building Addition as of January 26, 2010, First Floor, Drawing not to Scale and Room Configuration may be Different



Floor Plan 6 Showing the Locations of Asbestos-free Vinyl Composition Floor Tile

and Vinyl Sheet Flooring (Non-friable Material) in the 1986 Original Building, 1971 Building Addition, 1974 Building Addition, 2009 Building Addition as of November, 2011, January 30, 2017 and November 28, 2017, First Floor, Drawing not to Scale and Room Configuration may be Different



Floor Plan 7 Showing the Locations of Asbestos-free Plaster Wall Assemblies &

Plaster Joint Filling Compound in Drywall (Non-friable Material) in the 1986 Original Building, 1971 Building Addition, 1974 Building Addition and 2009 Building Addition as of January 26, 2010 and November 28, 2017, First Floor, Drawing not to Scale and Room Configuration may be Different



Floor Plan 8 Showing the Locations of Asbestos-free Cores in Metal and Wood

Doors (Non-friable Material, Manufactured Product) in the 1986 Original Building as of April 21, 2016, January 30, 2017 and November 28, 2017, First Floor and Mezzanine, Drawing not to Scale and Room Configuration may be Different


Asbestos Management Program – Location Report Project: 08042-D – 18024-D Dufferin Peel Catholic School Board Reissued: October 27, 2008 – Revision 5: August 31, 2018 Cardinal Newman Catholic Elementary School, Brampton Appendix A-2 – Page 10 of 10


Floor Plan 9 Showing the Locations of Asbestos-free Roofing Assembly and Granular Roll Roofing (Non-friable Material) in the 1986 Original Building, 1971 Building Addition, 1974 Building Addition and 2009 Building Addition as of January 26, 2010 to August 29, 2018, First Floor, Roof, Drawing not to Scale and Room Configuration may be Different

APPENDIX A-3 Material Safety Data Sheet, Confirming the Absence

of Asbestos in the 2007 Building Addition and Areas of Renovation in the 1985 Original Building

Acoustical Suspended Ceiling Tile

Vinyl Composition Floor Tile


MATERIAL SAFETY DATA SHEET

Armstrong World Industries, Inc. Environment, Health and Safety Division: Building Products 2500 Columbia Avenue, P.O. Box 3001Lancaster, PA 17604 Date: 11/28/05 (replaces 6/1/00)Telephone (717) 396-2328 or 396-2935

N/A = Not applicable or Not AvailableIssued By : Safety, Health and N/K = None Known or Not Known

Industrial Hygiene DepartmentDepartment of Transportation Information

HMIS ( 0 = minimal hazard, 4 = severe hazard ) Shipping name : Not ClassifiedHealth = 1 Hazard Class : N/AFlammability = 0 ID No : N/AReactivity = 0 Emergency Only Contact: CHEM-TEL 800-255-3924

I. Product InformationA. Product Name : Man-made Vitreous Fiber Ceilings and Wall Panels (Class A) - MSDS #1B. Chemical Name and Synonyms : N/A C. Chemical or Product Family : Man-made Vitreous Fibers

II. Ingredient InformationA. Hazardous Components C.A.S No. % OSHA PEL ACGIH TLV

( Chemical Identity; Common Name ) Respirable: Respirable:Mineral Wool Fiber N/A 0-60 1 f/cc 1 f/cc

Fibrous Glass 65997-17-3 0-13 1 f/cc 1 f/cc

This product formulation does not contain asbestos.

III. Physical DataA. Appearance and Color : Gray, pressed man-made vitreous fiber panel of various colorsB. Boiling Point ( degrees F ) : N/AC. Vapor pressure ( mm Hg @ 20 degrees C ) : N/AD. Vapor density ( Air = 1 ) : N/AE. Solubility in Water : N/AF. Specific Gravity ( H2O = 1 ) : N/AG. Percent Volatile by weight ( 30 min. @ 275 degrees F ) : N/AH. Evaporation Rate ( Butyl Acetate = 1 ) : N/AI. pH : N/A

IV. Fire and Explosion DataA. Flash point : N/AB. Flammable Range : LEL = N/A ; UEL = N/AC. Extinguishing Media : Water fog, dry chemical ABC rated D. Special Fire Fighting Procedures : None E. Unusual Fire and Explosion Hazards : None

Continued : Man-made Vitreous Fiber Ceilings and Wall Panels (Class A) - MSDS #1 Date: 11/28/05 (replaces 6/1/00)V. Health Data

A. Primary Route (s) of Entry: Inhalation, skin, and eye contact

B. Target Organs: Lungs, skin and eyes

Effects of Overexposure : Acute Health Effects: Products are a transient mechanical irritant to the skin, eyes and upper respiratory system.Refer to special protection information for handling instructions.

C. Carcinogenicity: NTP : Yes IARC Monographs : No OSHA Regulated : NoD. Medical Conditions Generally aggravated by Exposure: Any condition generally aggravated by respiratory and mechanical

irritants in the air or on the skin. Pre-existing upper respiratory and lung disease such as, but not limited to bronchitis,emphysema, and asthma.

E. First Aid Procedures:Skin: Wash with mild soap and running waterEyes: Flush with flowing water for at least 15 minutes and if symptoms persist, seek immediate medical attention.

VI. Reactivity DataA. Stability : Material is stableB. Incompatibility: N/KC. Hazardous Decomposition Products: Carbon dioxide, and other trace pyrolysis products typical of decomposition of any

organic chemical.D. Hazardous Polymerization: N/A

VII. Spill or Leak ProceduresA. Steps to be taken if material is released or spilled : N/AB. Waste Disposal method : Dispose in accordance with federal, state and local waste disposal regulations.

The primary method of disposal is in a municipal or industrial landfill.

VIII. Special Protection InformationDuring the installation, be certain that the work site is well ventilated, and avoid breathing dust.

Wear loose, comfortable clothing and long-sleeved shirts to minimize skin contact with these materials.

Handle these materials carefully to minimize airborne dust.

If high dust levels are anticipated during installation, such as with the use of power tools, use the appropriate NIOSH approveddust respirator.

All power cutting tools must be equipped with dust collectors.

After using these materials, wash with warm water and mild soap. Do not scratch or rub skin if it becomes irritated.

Wash work clothes separately, and then rinse the washer.

Fibrous Glass : Fibrous glass has been classified as "not classifiable as to its carcinogenicity to human" (Group 3) by the International Agency for Research on Cancer (IARC). Fibrous glass is listed by NTP as 2, reasonably anticipated to be a carcinogen.

Mineral Wool Fiber: Mineral wool fiber has been classified as "not classifiable as to its carcinogenicity to human" (Group 3) by the International Agency for Research on Cancer (IARC).

Chronic Health Effects:

The information presented herein is supplied as a guide to those who handle or use this product. Safe work practices must be employed when working with any materials. It is important that the end user makes a determination regarding the adequacy of the safety procedures employed during the use of this product.

MATERIAL SAFETY DATA SHEET I. PRODUCT IDENTIFICATION Name: Armstrong Resilient Sheet Flooring Products and Armstrong Resilient Tile Flooring Products Description: Vinyl Flooring II. DEPARTMENT OF TRANSPORTATION INFORMATION Shipping name: Not Classified. Hazard Class: N/A. ID #: N/A EMERGENCY ONLY CONTACT: CHEM-TEL -1-800-255-3924 III. HMIS (0=minimal hazard; 4 = severe hazard) Health = 0 Flammability = 1 Reactivity = 0 IV. PRODUCT CONTENT This product does not contain chemicals subject to the reporting requirements of Section 313 of SARA Title III and 40 CFR 372. All components are on TSCA inventory. This product does NOT contain asbestos. V. HAZARDOUS INGREDIENTS (Chemical Identity; Common Name) C.A.S. No. % OSHA PEL ACGIH TLV

None N/A N/A N/A N/A

DESCRIPTION AND INGREDIENT INFORMATION These vinyl flooring products are produced for residential and commercial (architectural) marketplace use. They come in a wide variety of aesthetic designs, styles, colors, surface finishes, and sizes. MISCELLANEOUS INFORMATION Each of these products is classified as an “article” according to Title 29 of the Code of Federal Regulations, OSHA Part 1910.1200(c). They are formed to a specific shape or design during manufacture, have end use functions dependent upon their shape or design, and do not release any hazardous chemical under normal conditions of use. VI. PHYSICAL DATA APPEARANCE: Material dependent. BOILING POINT (degrees F): N/A. VAPOR PRESSURE (mm Hg @ 20 degrees C): N/A. VAPOR DENSITY (Air = 1): N/A. PERCENT VOLATILE BY WEIGHT (30 min. @ 275 degrees F): N/A. EVAPORATION RATE (Butyl Acetate = 1): N/A. SOLUBILITY IN WATER: N/A. SPECIFIC GRAVITY (H20 = 1): N/A. pH: N/A. VII. FIRE AND EXPLOSION HAZARD DATA FLASH POINT: N/A. FLAMMABLE RANGE: LEL = N/A; UEL = N/A. EXTINGUISHING MEDIA: Water. SPECIAL FIRE FIGHTING PROCEDURES: Protect fire fighters from toxic products of combustion by wearing self-contained breathing apparatus. UNUSUAL FIRE AND EXPLOSION HAZARDS: None. VIII. HEALTH HAZARD DATA PRIMARY ROUTE(S) OF ENTRY: N/A. TARGET ORGANS: N/A. EFFECTS OF OVEREXPOSURE: N/A SKIN AND EYES: N/A. INHALATION: N/A. CARCINOGENICITY: NTP: No; IARC Monographs: No; OSHA Regulated: No. MEDICAL CONDITIONS GENERALLY AGGRAVATED BY EXPOSURE: N/K. FIRST AID PROCEDURES: N/A SKIN AND EYES: N/A. INHALATION: N/A. INGESTION: N/A. IX. REACTIVITY DATA STABILITY: N/A. INCOMPATIBILITY: N/A. HAZARDOUS DECOMPOSITION PRODUCTS: N/A. HAZARDOUS POLYMERIZATION: N/A. X. SPILL OR LEAK PROCEDURES STEPS TO BE TAKEN IF MATERIAL IS RELEASED OR SPILLED: N/A. WASTE DISPOSAL METHOD: Dispose of in accordance with Federal, State, and Local Waste Disposal Regulations.

XI. SPECIAL HANDLING AND USE INFORMATION VENTILATION: N/A. RESPIRATORY PROTECTION: N/A. SKIN AND EYE PROTECTION: N/A. XII. SPECIAL PRECAUTIONS PRECAUTIONS TO BE TAKEN IN HANDLING AND STORAGE: N/A. OTHER PRECAUTIONS: N/A. XIII. WARNING FOR PREVIOUSLY INSTALLED FLOOR COVERING DO NOT SAND, DRY SCRAPE, BEADBLAST, OR MECHANICALLY PULVERIZE EXISTING RESILIENT FLOORING, BACKING OR LINING FELT. THESE PRODUCTS MAY CONTAIN EITHER ASBESTOS FIBERS OR CRYSTALLINE SILICA. POSSIBLE CANCER AND RESPIRATORY TRACT HAZARD BY INHALATION. AVOID CREATING DUST. SMOKING BY INDIVIDUALS WHO HAVE BEEN EXPOSED TO ASBESTOS FIBERS GREATLY INCREASES THE RISK OF SERIOUS BODILY HARM. RFCI’S (Resilient Floor Covering Institute) RECOMMENDED WORK PRACTICES FOR REMOVAL OF RESILIENT FLOOR COVERINGS ARE A DEFINED SET OF INSTRUCTIONS ADDRESSED TO THE TASK OF REMOVING ALL RESILIENT FLOOR COVERING STRUCTURES. XIV. NOTICE Various government agencies have regulations governing the removal of inplace asbestos-containing materials. If you contemplate the removal of a resilient floor covering structure that contains (or is assumed to contain) asbestos, you should determine whether such regulations apply. The information presented herein is supplied as a guide to those who handle or use this product. Safe work practices must be employed when working with any materials. It is important that the end user makes a determination regarding the adequacy of the safety procedures employed during the use of this product. N/A – not applicable or not available N/K – none known or not known

Resilient Sheet Flooring Products and

Resilient Tile Flooring Products Prepared 6/06

Armstrong World Industries, Inc. P. O. Box 3001

Lancaster, PA 17604 www.armstrong.com

MSDS: www.floorexpert.com Technical Services:

1-877-276-7876, Option 2,3,3


APPENDIX B Ontario Regulation 278/05

as amended by O. Reg. 493/09 & O. Reg. 422/10 Designated Substance – Asbestos on Construction Projects, and in Buildings and Repair Operations

Ontario Regulation 278 / 05 as Amended by O. Reg. 493/09 O. Reg. 422/10 under the OccupationalHealth and Safety Act Designated Substance - Asbestos On Construction Projects And In

Buildings And Repair Operations

Page 1 of 23

TABLE OF CONTENTS

1 Definitions

2 Application

3 Adoption of standard

4 Restrictions re sprayed material, insulation, sealants

5 Information for workers

6 Demolition

8 Ongoing asbestos management in buildings after transitional period

9 Responsibility of employer other than owner

10 Owner’s responsibilities before requesting tender or arranging work

11 Advance notice re Type 3 operations and certain Type 2 operations

12 Type 1, Type 2 and Type 3 operations

13 Respirators

14 Measures and procedures, Type 1 operations

15 Measures and procedures, Type 2 and Type 3 operations

16 Additional measures and procedures, Type 2 operations

17 Additional measures and procedures, glove bag operations

18 Additional measures and procedures, Type 3 operations

19 Instruction and training

20 Asbestos abatement training programs

21 Asbestos work report

22 Asbestos Workers Register

23 Use of equivalent measure or procedure

24 Notice to inspector

Table 1 Bulk material samples

Table 2 Respirators

Table 3 Air samples

Definitions

1. (1) In this Regulation,

“asbestos” means any of the fibrous silicates listed in subsection (2);

“asbestos-containing material” means material that contains 0.5 per cent or more asbestos by dry weight;

“building” means any structure, vault, chamber or tunnel including, without limitation, the electrical, plumbing,

heating and air handling equipment (including rigid duct work) of the structure, vault, chamber or tunnel;

“competent worker”, in relation to specific work, means a worker who,

(a) is qualified because of knowledge, training and experience to perform the work,

(b) is familiar with the Act and with the provisions of the regulations that apply to the work, and

(c) has knowledge of all potential or actual danger to health or safety in the work;

“demolition” includes dismantling and breaking up;

“examine”, when used with reference to material, means to carry out procedures in accordance with section 3 to

establish its asbestos content and to establish the type of asbestos, and “examination” has a corresponding

meaning;



Page 2 of 23

“friable material” means material that,

(a) when dry, can be crumbled, pulverized or powdered by hand pressure, or

(b) is crumbled, pulverized or powdered;

“HEPA filter” means a high efficiency particulate aerosol filter that is at least 99.97 per cent efficient in collecting a

0.3 micrometre aerosol;

“homogeneous material” means material that is uniform in colour and texture;

“joint health and safety committee” means,

(a) a joint health and safety committee established under section 9 of the Act,

(b) a similar committee described in subsection 9 (4) of the Act, or

(c) the workers or their representatives who participate in an arrangement, program or system described in

subsection 9 (4) of the Act;

“occupier” has the same meaning as in the Occupiers’ Liability Act;

“Type 1 operation” means an operation described in subsection 12 (2);

“Type 2 operation” means an operation described in subsection 12 (3);

“Type 3 operation” means an operation described in subsection 12 (4). O. Reg. 278/05, s. 1 (1).

(2) The fibrous silicates referred to in the definition of “asbestos” in subsection (1) are:

1. Actinolite.

2. Amosite.

3. Anthophyllite.

4. Chrysotile.

5. Crocidolite.

6. Tremolite. O. Reg. 278/05, s. 1 (2).

Application

2. (1) This Regulation applies to,

(a) every project, its owner, and every constructor, employer and worker engaged in or on the project;

(b) the repair, alteration or maintenance of a building, the owner of the building, and every employer and

worker engaged in the repair, alteration or maintenance;

(c) every building in which material that may be asbestos-containing material has been used, and the owner of

the building;

(d) the demolition of machinery, equipment, aircraft, ships, locomotives, railway cars and vehicles, and every

mployer and worker engaged in the demolition; and

(e) subject to subsection (3),

(i) work described in subsection (2) in which asbestos-containing material is likely to be handled, dealt

with, disturbed or removed, and

(ii) every employer and worker engaged in the work. O. Reg. 278/05, s. 2 (1).

(2) Clause (1) (e) applies to,

(a) the repair, alteration or maintenance of machinery, equipment, aircraft, ships, locomotives, railway cars and

vehicles; and

(b) work on a building that is necessarily incidental to the repair, alteration or maintenance of machinery or

equipment. O. Reg. 278/05, s. 2 (2).



Page 3 of 23

(3) This Regulation does not apply to an employer to whom Regulation 837 of the Revised Regulations of Ontario, 1990

(Designated Substance — Asbestos) applies in respect of those workers employed by the employer and engaged in

the activities described in clause (1) (e) if the employer has on or before December 16, 1985 put into effect and

maintained measures and procedures to control the exposure of workers to asbestos and has incorporated the same

in an asbestos control program in accordance with Regulation 837 of the Revised Regulations of Ontario, 1990. O.

Reg. 278/05, s. 2 (3).

(4) This Regulation does not apply to an owner of a private residence occupied by the owner or the owner’s family or to

an owner of a residential building that contains not more than four dwelling units, one of which is occupied by the

registered owner or family of the registered owner. O. Reg. 278/05, s. 2 (4).

(5) This Regulation does not apply to workers and their employers when the workers are engaged in the following work

under the authority of the Fire Protection and Prevention Act, 1997:

1. Fire suppression.

2. Rescue and emergency services.

3. The investigation of the cause, origin and circumstances of a fire or explosion or condition that might have

caused a fire, explosion, loss of life or damage to property. O. Reg. 479/10, s. 1.

(6) While the work described in subsection (5) is being performed at a workplace, this Regulation does not apply to that

workplace in respect of the workers engaged in the work and their employers, and Regulation 833 of the Revised

Regulations of Ontario, 1990 (Control of Exposure to Biological or Chemical Agents) made under the Act applies.

O. Reg. 479/10, s. 1.

Adoption of standard

3. (1) For the purposes of this Regulation, the method and procedures for establishing whether material is asbestos-

containing material and for establishing its asbestos content and the type of asbestos shall be in accordance with the

following standard:

1. U.S. Environmental Protection Agency. Test Method EPA/600/R-93/116: Method for the Determination of

Asbestos in Bulk Building Materials. June 1993. O. Reg. 278/05, s. 3 (1).

(2) The procedures required by subsection (1) shall be carried out on bulk material samples that are randomly

collected by a competent worker and are representative of each area of homogeneous material. O. Reg. 278/05, s. 3

(2).

(3) The minimum number of bulk material samples to be collected from an area of homogeneous material is set out

in Table 1. O. Reg. 278/05, s. 3 (3).

(4) If analysis establishes that a bulk material sample contains 0.5 per cent or more asbestos by dry weight,

(a) it is not necessary to analyze other bulk material samples taken from the same area of homogeneous

material; and

(b) the entire area of homogeneous material from which the bulk material sample was taken is deemed to be

asbestos-containing material. O. Reg. 278/05, s. 3 (4).

Restrictions re sprayed material, insulation, sealants

4. (1) No person shall apply or install or cause to be applied or installed, by spraying, material containing 0.1 percent

or more asbestos by dry weight that can become friable. O. Reg. 278/05, s. 4 (1).

(2) No person shall apply or install or cause to be applied or installed, as thermal insulation, material containing 0.1

per cent or more asbestos by dry weight that can become friable. O. Reg. 278/05, s. 4 (2).



Page 4 of 23

(3) A liquid sealant shall not be applied to friable asbestos-containing material if,

(a) the material has visibly deteriorated; or

(b) the material’s strength and its adhesion to the underlying materials and surfaces are insufficient to support

its weight and the weight of the sealant. O. Reg. 278/05, s. 4 (3).

Information for workers

5. (1) This section applies whenever a worker is to do work that,

(a) involves material that,

(i) is asbestos-containing material,

(ii) is being treated as if it were asbestos-containing material,

(iii) is the subject of advice under section 9 or a notice under subsection 10 (8); or

(b) is to be carried on in close proximity to material described in clause (a) and may disturb it. O. Reg. 278/05,

s. 5 (1).

(2) The constructor or employer shall advise the worker and provide him or her with the following information:

1. The location of all material described in clause (1) (a).

2. For each location, whether the material is friable or non-friable.

3. In the case of sprayed-on friable material, for each location,

i. if the material is known to be asbestos-containing material, the type of asbestos, if known, or

ii. in any other case, a statement that the material will be treated as though it contained a type of

asbestos other than chrysotile. O. Reg. 278/05, s. 5 (2).

Demolition

6. (1) The demolition of all or part of machinery, equipment, a building, aircraft, locomotive, railway car, vehicle or ship

shall be carried out or continued only when any asbestos-containing material that may be disturbed during the work

has been removed to the extent practicable. O. Reg. 278/05, s. 6 (1).

(2) Subsection (1) does not apply so as to prevent work necessary to gain access to the asbestos-containing material

that is to be removed, if the workers doing the work are protected from the hazard. O. Reg. 278/05, s. 6 (2).

7. Revoked: O. Reg. 422/10, s. 1.

Ongoing asbestos management in buildings after transitional period

8. (1) This section applies on and after November 1, 2007. O. Reg. 278/05, s. 8 (1).

(2) Subsection (3) applies if,

(a) the owner of a building treats material that has been used in the building for any purpose related to it,

including insulation, fireproofing and ceiling tiles, as if it were asbestos-containing material;

(b) the owner of a building has been advised under section 9 of the discovery of material that may be asbestos-

containing material;

(c) the owner of a building knows or ought reasonably to know that asbestos-containing material has been used

in a building for any purpose related to the building, including insulation, fireproofing and ceiling tiles;

(d) an examination under subsection (8) or section 10 establishes, or would have established if carried out as

required, that asbestos-containing material has been used in a building for any purpose related to the building,

including insulation, fireproofing and ceiling tiles; or



Page 5 of 23

(e) a constructor or employer advises the owner of a building, in accordance with subsection 10 (8), of the

discovery of material that may be asbestos-containing material and that was not referred to in a report prepared

under subsection 10 (4). O. Reg. 278/05, s. 8 (2).

(3) If this subsection applies, the owner shall,

(a) prepare and keep on the premises a record containing the information set out in subsection (4);

(b) give any other person who is an occupier of the building written notice of any information in the record that

relates to the area occupied by the person;

(c) give any employer with whom the owner arranges or contracts for work that is not described in clause 10

(1) (a) written notice of the information in the record, if the work,

(i) may involve material mentioned in the record, or

(ii) may be carried on in close proximity to such material and may disturb it;

(d) advise the workers employed by the owner who work in the building of the information in the record, if the

workers may do work that,

(i) involves material mentioned in the record, or

(ii) is to be carried on in close proximity to such material and may disturb it;

(e) establish and maintain, for the training and instruction of every worker employed by the owner who works

in the building and may do work described in clause (d), a program dealing with,

(i) the hazards of asbestos exposure,

(ii) the use, care and disposal of protective equipment and clothing to be used and worn when doing the

work,

(iii) personal hygiene to be observed when doing the work, and

(iv) the measures and procedures prescribed by this Regulation; and

(f) inspect the material mentioned in the record at reasonable intervals in order to determine its condition. O.

Reg. 278/05, s. 8 (3).

(4) The record shall contain the following information:

1. The location of all material described in clauses (2) (a), (b), (c), (d) and (e).

2. For each location, whether the material is friable or non-friable.

3. In the case of friable sprayed-on material, for each location,

i. if the material is known to be asbestos-containing material, the type of asbestos, if known, or

ii. in any other case, a statement that the material will be treated as though it contained a type of


(5) The owner shall update the record described in clause (3) (a),

(a) at least once in each 12-month period; and

(b) whenever the owner becomes aware of new information relating to the matters the record deals with. O.

Reg. 278/05, s. 8 (5).

(6) If updating under subsection (5) results in any change to the record, clauses (3) (b), (c) and (d) apply with

necessary modifications. O. Reg. 278/05, s. 8 (6).

(7) An occupier who receives a notice under clause (3) (b) is responsible for performing the duties set out in clauses

(3) (d) and (e) with respect to the occupier’s own workers. O. Reg. 278/05, s. 8 (7).

(8) If it is readily apparent that friable material used in a building as fireproofing or acoustical or thermal insulation

has fallen and is being disturbed so that exposure to the material is likely to occur,

(a) the owner shall cause the material to be examined to establish whether it is asbestos-containing material;

and

(b) until it has been established whether the material is asbestos-containing material, no further work involving

the material shall be done. O. Reg. 278/05, s. 8 (8).



Page 6 of 23

(9) Subsection (8) does not apply if the work is carried out in accordance with this Regulation as though the material

were asbestos-containing material and, in the case of friable sprayed-on material, as though it contained a type of


(10) If the examination mentioned in subsection (8) establishes that the material is asbestos-containing material, or

if the material is treated as though it were asbestos-containing material as described in subsection (9),

(a) the owner shall cause the fallen material to be cleaned up and removed; and

(b) if it is readily apparent that material will continue to fall because of the deterioration of the fireproofing or

insulation, the owner shall repair, seal, remove or permanently enclose the fireproofing or insulation. O. Reg.

278/05, s. 8 (10).

(11) Subsection (10) does not apply if the fallen material is confined to an area that is,

(a) above a closed false ceiling; and

(b) not part of a return air plenum. O. Reg. 278/05, s. 8 (11).

Responsibility of employer other than owner

9. An employer whose workers work in a building of which the employer is not the owner shall advise the owner if the

workers discover material that may be asbestos-containing material in the building. O. Reg. 278/05, s. 9.

Owner’s responsibilities before requesting tender or arranging work

10. (1) An owner shall comply with subsections (2), (3), (4), (5) and (6) before,

(a) requesting tenders for the demolition, alteration or repair of all or part of machinery, equipment, or a

building, aircraft, locomotive, railway car, vehicle or ship; or

(b) arranging or contracting for any work described in clause (a), if no tenders are requested. O. Reg. 278/05,

s. 10 (1).

(2) Unless clause (3) (a) or (b) applies, the owner shall have an examination carried out in accordance with section

3 to establish whether any material that is likely to be handled, dealt with, disturbed or removed, whether friable or

non-friable, is asbestos-containing material. O. Reg. 278/05, s. 10 (2).

(3) An examination under subsection (2) is not required if,

(a) the owner,

(i) already knows that the material is not asbestos-containing material, or

(ii) already knows that the material is asbestos-containing material and, in the case of sprayed-on friable

material, knows the type of asbestos; or

(b) the work is being arranged or contracted for in accordance with this Regulation as though the material were

asbestos-containing material and, in the case of sprayed-on friable material, as though it contained a type of


(4) Whether an examination is required under subsection (2) or not, the owner shall have a report prepared,

(a) stating whether,

(i) the material is or is not asbestos-containing material, or

(ii) the work is to be performed in accordance with this Regulation as though the material were

asbestos-containing material and, in the case of sprayed-on friable material, as though it contained a

type of asbestos other than chrysotile;

(b) describing the condition of the material and stating whether it is friable or non-friable; and

(c) containing drawings, plans and specifications, as appropriate, to show the location of the material identified

under clause (a). O. Reg. 278/05, s. 10 (4).



Page 7 of 23

(5) An owner shall give any prospective constructor a copy of the complete report prepared under subsection (4). O.

Reg. 278/05, s. 10 (5).

(6) Subsection (5) applies, with necessary modifications, with respect to,

(a) a constructor and a prospective contractor; and

(b) a contractor and a prospective subcontractor. O. Reg. 278/05, s. 10 (6).

(7) Subsections (8), (9) and (10) apply if, during work described in clause (1) (a), material is discovered that,

(a) was not referred to in the report prepared under subsection (4); and

(b) may be asbestos-containing material. O. Reg. 278/05, s. 10 (7).

(8) The constructor or employer shall immediately notify, orally and in writing,

(a) an inspector at the office of the Ministry of Labour nearest the workplace;

(b) the owner;

(c) the contractor; and

(d) the joint health and safety committee or the health and safety representative, if any, for the workplace. O.

Reg. 278/05, s. 10 (8).

(9) The written notice referred to in subsection (8) shall include the information referred to in clauses 11 (3) (a) to

(f). O. Reg. 278/05, s. 10 (9).

(10) No work that is likely to involve handling, dealing with, disturbing or removing the material referred to in

subsection (7) shall be done unless,

(a) it has been determined under section 3 whether the material is asbestos-containing material; or

(b) the work is performed in accordance with this Regulation as though the material were asbestos-containing

material and, in the case of sprayed-on friable material, as though it contained a type of asbestos other than

chrysotile. O. Reg. 278/05, s. 10 (10).

(11) Subsection (10) does not prohibit handling, dealing with, disturbing or removing material for the sole purpose

of determining whether it is asbestos-containing material. O. Reg. 278/05, s. 10 (11).

Advance notice re Type 3 operations and certain Type 2 operations

11. (1) Before commencing a Type 3 operation, the constructor, in the case of a project, and the employer, in any other

case, shall notify, orally and in writing, an inspector at the office of the Ministry of Labour nearest the workplace of

the operation. O. Reg. 278/05, s. 11 (1).

(2) Subsection (1) also applies with respect to a Type 2 operation described in paragraph 9 of subsection 12 (3) in

which one square metre or more of insulation is to be removed. O. Reg. 278/05, s. 11 (2).

(3) The written notice required by subsection (1) shall set out,

(a) the name and address of the person giving the notice;

(b) the name and address of the owner of the place where the work will be carried out;

(c) the municipal address or other description of the place where the work will be carried out sufficient to

permit the inspector to locate the place, including the location with respect to the nearest public highway;

(d) a description of the work that will be carried out;

(e) the starting date and expected duration of the work; and

(f) the name and address of the supervisor in charge of the work. O. Reg. 278/05, s. 11 (3).

Type 1, Type 2 and Type 3 operations



Page 8 of 23

12. (1) For the purposes of this Regulation, operations that may expose a worker to asbestos are classified as Type 1, Type

2 and Type 3 operations. O. Reg. 278/05, s. 12 (1).

(2) The following are Type 1 operations:

1. Installing or removing ceiling tiles that are asbestos-containing material, if the tiles cover an area less than

7.5 square metres and are installed or removed without being broken, cut, drilled, abraded, ground, sanded or

vibrated.

2. Installing or removing non-friable asbestos-containing material, other than ceiling tiles, if the material is

installed or removed without being broken, cut, drilled, abraded, ground, sanded or vibrated.

3. Breaking, cutting, drilling, abrading, grinding, sanding or vibrating non-friable asbestos-containing material

if,

i. the material is wetted to control the spread of dust or fibres, and

ii. the work is done only by means of non-powered hand-held tools.

4. Removing less than one square metre of drywall in which joint-filling compounds that are asbestos-

containing material have been used. O. Reg. 278/05, s. 12 (2).


1. Removing all or part of a false ceiling to obtain access to a work area, if asbestos-containing material is likely

to be lying on the surface of the false ceiling.

2. The removal or disturbance of one square metre or less of friable asbestos-containing material during the

repair, alteration, maintenance or demolition of all or part of machinery or equipment or a building, aircraft,

locomotive, railway car, vehicle or ship.

3. Enclosing friable asbestos-containing material.

4. Applying tape or a sealant or other covering to pipe or boiler insulation that is asbestos-containing material.

5. Installing or removing ceiling tiles that are asbestos-containing material, if the tiles cover an area of 7.5

square metres or more and are installed or removed without being broken, cut, drilled, abraded, ground, sanded

or vibrated.


if,

i. the material is not wetted to control the spread of dust or fibres, and

ii. the work is done only by means of non-powered hand-held tools.

7. Removing one square metre or more of drywall in which joint filling compounds that are asbestos-containing

material have been used.


if the work is done by means of power tools that are attached to dust-collecting devices equipped with HEPA

filters.

9. Removing insulation that is asbestos-containing material from a pipe, duct or similar structure using a glove

bag.

10. Cleaning or removing filters used in air handling equipment in a building that has sprayed fireproofing that

is asbestos-containing material.

11. An operation that,

i. is not mentioned in any of paragraphs 1 to 10,

ii. may expose a worker to asbestos, and

iii. is not classified as a Type 1 or Type 3 operation. O. Reg. 278/05, s. 12 (3).


1. The removal or disturbance of more than one square metre of friable asbestos-containing material during the

repair, alteration, maintenance or demolition of all or part of a building, aircraft, ship, locomotive, railway car

or vehicle or any machinery or equipment.

2. The spray application of a sealant to friable asbestos-containing material.

3. Cleaning or removing air handling equipment, including rigid ducting but not including filters, in a building



Page 9 of 23

that has sprayed fireproofing that is asbestos-containing material.

4. Repairing, altering or demolishing all or part of a kiln, metallurgical furnace or similar structure that is made

in part of refractory materials that are asbestos-containing materials.

5. Breaking, cutting, drilling, abrading, grinding, sanding or vibrating non-friable asbestos-containing material,

if the work is done by means of power tools that are not attached to dust-collecting devices equipped with

HEPA filters.

6. Repairing, altering or demolishing all or part of any building in which asbestos is or was used in the

manufacture of products, unless the asbestos was cleaned up and removed before March 16, 1986. O. Reg.

278/05, s. 12 (4).

(5) Work on ceiling tiles, drywall or friable asbestos-containing material is classified according to the total area on

which work is done consecutively in a room or enclosed area, even if the work is divided into smaller jobs. O. Reg.

278/05, s. 12 (5).

(6) The following provisions apply if a dispute arises as to the classification of an operation under this section:

1. A party to the dispute may notify an inspector at the office of the Ministry of Labour nearest the workplace

of the dispute.

2. The party who notifies the inspector shall promptly inform the other parties that the inspector has been

notified.

3. Work on the operation shall cease until the inspector has given a decision under paragraph 4.

4. The inspector shall, as soon as possible, investigate the matter and give the parties a decision in writing. O.

Reg. 278/05, s. 12 (6).

(7) Nothing in subsection (6) affects an inspector’s power to issue an order for a contravention of this Regulation. O.

Reg. 278/05, s. 12 (7).

Respirators

13. (1) A respirator provided by an employer and used by a worker in a Type 1, Type 2 or Type 3 operation,

(a) shall be fitted so that there is an effective seal between the respirator and the worker’s face, unless the

respirator is equipped with a hood or helmet;

(b) shall be assigned to a worker for his or her exclusive use, if practicable;

(c) shall be used and maintained in accordance with written procedures that are established by the employer

and are consistent with the manufacturer’s specifications;

(d) shall be cleaned, disinfected and inspected after use on each shift, or more often if necessary, when issued

for the exclusive use of one worker, or after each use when used by more than one worker;

(e) shall have damaged or deteriorated parts replaced prior to being used by a worker; and

(f) when not in use, shall be stored in a convenient, clean and sanitary location. O. Reg. 278/05, s. 13 (1).

(2) The following additional requirements apply to a respirator of the supplied air type:

1. The compressed air used for breathing shall meet the standards set out in Table 1 of CSA Standard Z180.1-

00, Compressed Breathing Air and Systems (March, 2000).

2. If an oil-lubricated compressor is used to supply breathing air, a continuous carbon monoxide monitor

equipped with an alarm shall be provided.

3. If an ambient breathing air system is used, the air intake shall be located in accordance with Appendix B of

the standard referred to in paragraph 1. O. Reg. 278/05, s. 13 (2).

(3) If respirators are used in the workplace,

(a) the employer shall establish written procedures regarding the selection, use and care of respirators; and

(b) a copy of the procedures shall be provided to and reviewed with each worker who is required to wear a

respirator. O. Reg. 278/05, s. 13 (3).



Page 10 of 23

(4) A worker shall not be assigned to an operation requiring the use of a respirator unless he or she is physically able

to perform the operation while using the respirator. O. Reg. 278/05, s. 13 (4).

Measures and procedures, Type 1 operations

14. The following measures and procedures apply to Type 1 operations:

1. Before beginning work, visible dust shall be removed with a damp cloth or a vacuum equipped with a HEPA filter

from any surface in the work area, including the thing to be worked on, if the dust on that surface is likely to be

disturbed.

2. The spread of dust from the work area shall be controlled by measures appropriate to the work to be done

including the use of drop sheets of polyethylene or other suitable material that is impervious to asbestos.

3. In the case of an operation mentioned in paragraph 4 of subsection 12 (2), the material shall be wetted before and

kept wet during the work to control the spread of dust or fibres, unless wetting would create a hazard or cause

damage.

4. A wetting agent shall be added to water that is to be used to control the spread of dust and fibres.

5. Frequently and at regular intervals during the doing of the work and immediately on completion of the work,

i. dust and waste shall be cleaned up and removed using a vacuum equipped with a HEPA filter, or by damp

mopping or wet sweeping, and placed in a container as described in paragraph 5 of section 15, and

ii. drop sheets shall be wetted and placed in a container as described in paragraph 5 of section 15, as soon as

practicable after subparagraph i has been complied with.

6. Drop sheets shall not be reused.

7. After the work is completed, polyethylene sheeting and similar materials used for barriers and enclosures

shall not be reused, but shall be wetted and placed in a container as described in paragraph 5 of section 15 as

soon as practicable after paragraph 5 of this section has been complied with.

8. After the work is completed, barriers and portable enclosures that will be reused shall be cleaned, by using a

vacuum equipped with a HEPA filter or by damp wiping, as soon as practicable after paragraphs 5 and 7 have been

complied with.

9. Barriers and portable enclosures shall not be reused unless they are rigid and can be cleaned thoroughly.

10. Compressed air shall not be used to clean up and remove dust from any surface.

11. Eating, drinking, chewing or smoking shall not be permitted in the work area.

12. If a worker requests that the employer provide a respirator to be used by the worker, the employer shall provide

the worker with a NIOSH approved respirator in accordance with Table 2, and the worker shall wear and use the

respirator.

13. If a worker requests that the employer provide protective clothing to be used by the worker, the employer shall

provide the worker with protective clothing as described in paragraph 12 of section 15, and the worker shall wear the

protective clothing.

14. A worker who is provided with protective clothing shall, before leaving the work area,



Page 11 of 23

i. decontaminate his or her protective clothing by using a vacuum equipped with a HEPA filter, or by damp wiping,

before removing the protective clothing,

ii. if the protective clothing will not be reused, place it in a container as described in paragraph 5 of section 15.

15. Facilities for the washing of hands and face shall be made available to workers and shall be used by every worker

when leaving the work area. O. Reg. 278/05, s. 14.

Measures and procedures, Type 2 and Type 3 operations

15. The following measures and procedures apply to Type 2 operations and to Type 3 operations:

1. The work area shall be identified by clearly visible signs warning of an asbestos dust hazard.

2. Signs required by paragraph 1 shall be posted in sufficient numbers to warn of the hazard and shall state in large

clearly visible letters that,

i. there is an asbestos dust hazard, and

ii. access to the work area is restricted to persons wearing protective clothing and equipment.

iii. A wetting agent shall be added to water that is to be used to control the spread of dust and fibres.

4. Eating, drinking, chewing or smoking shall not be permitted in the work area.

5. Containers for dust and waste shall be,

i. dust tight,

ii. suitable for the type of waste,

iii. impervious to asbestos,

iv. identified as asbestos waste,

v. cleaned with a damp cloth or a vacuum equipped with a HEPA filter immediately before being removed from

the work area, and

vi. removed from the workplace frequently and at regular intervals.

6. Frequently and at regular intervals during the doing of the work and immediately on completion of the work,

i. dust and waste shall be cleaned up and removed using a vacuum equipped with a HEPA filter, or by damp

mopping or wet sweeping, and placed in a container as described in paragraph 5, and

ii. drop sheets shall be wetted and placed in a container as described in paragraph 5, as soon as practicable after

subparagraph i has been complied with.

7. Drop sheets shall not be reused.

8. After the work is completed, polyethylene sheeting and similar materials used for barriers and enclosures shall not

be reused, but shall be wetted and placed in a container as described in paragraph 5 as soon as practicable after

paragraph 6 has been complied with.

9. After the work is completed, barriers and portable enclosures that will be reused shall be cleaned, by using a

vacuum equipped with a HEPA filter or by damp wiping, as soon as practicable after paragraphs 6 and 8 have been

complied with.

10. Barriers and portable enclosures shall not be reused unless they are rigid and can be cleaned thoroughly.

11. The employer shall provide every worker who will enter the work area with a NIOSH approved respirator in

accordance with Table 2 and the worker shall wear and use the respirator.



Page 12 of 23

12. Protective clothing shall be provided by the employer and worn by every worker who enters the work area, and

the protective clothing,

i. shall be made of a material that does not readily retain nor permit penetration of asbestos fibres,

ii. shall consist of head covering and full body covering that fits snugly at the ankles, wrists and neck, in order

to prevent asbestos fibres from reaching the garments and skin under the protective clothing,

iii. shall include suitable footwear, and

iv. shall be repaired or replaced if torn.

13. Compressed air shall not be used to clean up and remove dust from any surface.

14. Only persons wearing protective clothing and equipment shall enter a work area where there is an asbestos dust

hazard. O. Reg. 278/05, s. 15.

Additional measures and procedures, Type 2 operations

16. In addition to the measures and procedures prescribed by section 15, the following measures and procedures apply

to Type 2 operations:

1. If the operation is one mentioned in paragraph 1 of subsection 12 (3), the friable material that is likely to be

disturbed shall be cleaned up and removed by using a vacuum equipped with a HEPA filter when access to the work

area is obtained.

2. Before commencing work that is likely to disturb friable asbestos-containing material that is crumbled, pulverized

or powdered and that is lying on any surface, the friable material shall be cleaned up and removed by damp wiping

or by using a vacuum equipped with a HEPA filter.

3. Friable asbestos-containing material that is not crumbled, pulverized or powdered and that may be disturbed or

removed during the work shall be thoroughly wetted before the work and kept wet during the work, unless wetting

would create a hazard or cause damage.

4. Subject to paragraph 5, the spread of dust from a work area shall be controlled by measures appropriate to the work

to be done, including the use of drop sheets of polyethylene or other suitable material that is impervious to asbestos.

5. If the operation is one mentioned in paragraph 1 or 2 of subsection 12 (3) and is carried on indoors, the spread of

dust from the work area shall be prevented, if practicable, by,

i. using an enclosure of polyethylene or other suitable material that is impervious to asbestos (including, if the

enclosure is opaque, one or more transparent window areas to allow observation of the entire work area from

outside the enclosure), if the work area is not enclosed by walls,

ii. disabling the mechanical ventilation system serving the work area, and

iii. sealing the ventilation ducts to and from the work area.

6. Before leaving the work area, a worker shall,

i. decontaminate his or her protective clothing by using a vacuum equipped with a HEPA filter, or by damp

wiping, before removing the protective clothing, and

ii. if the protective clothing will not be reused, place it in a container as described in paragraph 5 of section 15.

7. Facilities for the washing of hands and face shall be made available to workers and shall be used by every worker

when leaving the work area. O. Reg. 278/05, s. 16.



Page 13 of 23

Additional measures and procedures, glove bag operations

17. In addition to the measures and procedures prescribed by sections 15 and 16, the following measures and procedures

apply to Type 2 operations referred to in paragraph 9 of subsection 12 (3):

1. The work area shall be separated from the rest of the workplace by walls, barricades, fencing or other suitable

means.

2. The spread of asbestos-containing material from the work area shall be prevented by disabling the mechanical

ventilation system serving the work area and sealing all openings or voids, including ventilation ducts to and from the

working area.

3. Surfaces below the work area shall be covered with drop sheets of polyethylene or other suitable material that is

impervious to asbestos.

4. The glove bag shall be made of material that is impervious to asbestos and sufficiently strong to support the weight

of material the bag will hold.

5. The glove bag shall be equipped with,

i. sleeves and gloves that are permanently sealed to the body of the bag to allow the worker to access and deal

with the insulation and maintain a sealed enclosure throughout the work period,

ii. valves or openings to allow insertion of a vacuum hose and the nozzle of a water sprayer while maintaining

the seal to the pipe, duct or similar structure,

iii. a tool pouch with a drain,

iv. a seamless bottom and a means of sealing off the lower portion of the bag, and

v. a high strength double throw zipper and removable straps, if the bag is to be moved during the removal

operation.

6. A glove bag shall not be used to remove insulation from a pipe, duct or similar structure if,

i. it may not be possible to maintain a proper seal for any reason including, without limitation,

A. the condition of the insulation, or

B. the temperature of the pipe, duct or similar structure, or

ii. the bag could become damaged for any reason including, without limitation,

A. the type of jacketing, or

B. the temperature of the pipe, duct or similar structure.

7. Immediately before the glove bag is attached, the insulation jacketing or coating shall be inspected for damage or

defects, and if any damage or defect is present, it shall be repaired.

8. The glove bag shall be inspected for damage or defects,

i. immediately before it is attached to the pipe, duct or other similar structure, and

ii. at regular intervals during its use.

9. If damage or defects are observed when the glove bag is inspected under subparagraph 8 i, the glove bag shall not

be used and shall be disposed of.

10. If damage or defects are observed when the glove bag is inspected under subparagraph 8 ii or at any other time,

i. the use of the glove bag shall be discontinued,

ii. the inner surface of the glove bag and the contents, if any, shall be thoroughly wetted,

iii. the glove bag and the contents, if any, shall be removed and placed in a container as described in paragraph

5 of section 15, and

iv. the work area shall be cleaned by vacuuming with a vacuum equipped with a HEPA filter before removal



Page 14 of 23

work is resumed.

11. When the removal work is completed,

i. the inner surface of the glove bag and the waste inside shall be thoroughly wetted and the air inside the bag

shall be removed through an elasticized valve, by means of a vacuum equipped with a HEPA filter,

ii. the pipe, duct or similar structure shall be wiped down and sealed with a suitable encapsulant,

iii. the glove bag, with the waste inside, shall be placed in a container as described in paragraph 5 of section

15, and

iv. the work area shall be cleaned by damp wiping or by cleaning with a vacuum equipped with a HEPA filter.

O. Reg. 278/05, s. 17.

Additional measures and procedures, Type 3 operations

18 (1) In addition to the measures and procedures prescribed by section 15, the following measures and procedures apply

to Type 3 operations:

1. The work area shall be separated from the rest of the workplace by walls, the placing of barricades or fencing

or other suitable means.

2. Subsection (2) applies to an operation mentioned in paragraph 5 of subsection 12 (4).

3. Subsection (3) applies to an operation mentioned in paragraph 1, 2, 3 or 4 of subsection 12 (4) that is carried

on outdoors.

4. Subsection (4) applies to an operation mentioned in paragraph 1, 2, 3, 4 or 6 of subsection 12 (4) that is

carried on indoors. O. Reg. 278/05, s. 18 (1).

(2) In the case of an operation mentioned in paragraph 5 of subsection 12 (4), the following measures and procedures

also apply:

1. The spread of dust from the work area shall be prevented by,

i. using enclosures of polyethylene or other suitable material that is impervious to asbestos (including,

if the enclosure material is opaque, one or more transparent window areas to allow observation of the

entire work area from outside the enclosure), if the work area is not enclosed by walls, and

ii. using curtains of polyethylene sheeting or other suitable material that is impervious to asbestos, fitted

on each side of each entrance or exit from the work area.

2. Unless the operation is carried on outdoors, or inside a building that is to be demolished and will not be

entered by any person except the workers involved in the operation and the workers involved in the demolition,

the spread of dust from the work area shall also be prevented by,

i. creating and maintaining within the enclosed area, by installing a ventilation system equipped with

a HEPA filtered exhaust unit, a negative air pressure of 0.02 inches of water, relative to the area outside

the enclosed area,

ii. ensuring that replacement air is taken from outside the enclosed area and is free from contamination

with any hazardous dust, vapour, smoke, fume, mist or gas, and

iii. using a device, at regular intervals, to measure the difference in air pressure between the enclosed

area and the area outside it.

3. The ventilation system referred to in subparagraph 2 i shall be inspected and maintained by a competent

worker before each use to ensure that there is no air leakage, and if the filter is found to be damaged or

defective, it shall be replaced before the ventilation system is used.



Page 15 of 23

4. Before leaving the work area, a worker shall,

i. decontaminate his or her protective clothing by using a vacuum equipped with a HEPA filter, or by

damp wiping, before removing the protective clothing, and

ii. if the protective clothing will not be reused, place it in a container as described in paragraph 5 of

section 15.

5. Facilities for the washing of hands and face shall be made available to workers and shall be used by every

worker when leaving the work area. O. Reg. 278/05, s. 18 (2).

(3) In the case of an operation mentioned in paragraph 1, 2, 3 or 4 of subsection 12 (4) that is carried on outdoors,

the following measures and procedures also apply:

1. If practicable, any asbestos-containing material to be removed shall be thoroughly wetted before and during

removal, unless wetting would create a hazard or cause damage.

2. Dust and waste shall not be permitted to fall freely from one work level to another.

3. If practicable, the work area shall be washed down with water after completion of the clean-up and removal

described in paragraph 6 of section 15.

4. Temporary electrical power distribution systems for tools and equipment involved in wet removal operations

shall be equipped with ground fault circuit interrupters.

5. A decontamination facility shall be located as close as practicable to the work area and shall consist of,

i. a room suitable for changing into protective clothing and for storing contaminated protective clothing

and equipment,

ii. a shower room as described in paragraph 7 of subsection (4), and

iii. a room suitable for changing into street clothes and for storing clean clothing and equipment.

6. The rooms described in subparagraphs 5 i, ii and iii shall be arranged in sequence and constructed so that

any person entering or leaving the work area must pass through each room.

7. W hen leaving the work area, a worker shall enter the decontamination facility and shall, in the following

order,


damp wiping, before removing the protective clothing,


section 15,

iii. shower, and

iv. remove and clean the respirator. O. Reg. 278/05, s. 18 (3).

(4) In the case of an operation mentioned in paragraph 1, 2, 3, 4 or 6 of subsection 12 (4) that is carried on indoors,

the following measures and procedures also apply:

1. Friable asbestos-containing material that is crumbled, pulverized or powdered and that is lying on any surface

in the work area shall be cleaned up and removed using a vacuum equipped with a HEPA filter or by damp

wiping and everything shall be removed from the work area or covered with polyethylene sheeting or other

suitable material that is impervious to asbestos.

2. The spread of dust from the work area shall be prevented by an enclosure of polyethylene or other suitable

material that is impervious to asbestos, if the work area is not enclosed by walls, and by a decontamination

facility consisting of a series of interconnecting rooms including,



Page 16 of 23

i. a room suitable for changing into protective clothing and for storing contaminated protective clothing

and equipment,

ii. a shower room as described in paragraph 7,

iii. a room suitable for changing into street clothes and for storing clean clothing and equipment, and

iv. curtains of polyethylene sheeting or other suitable material that is impervious to asbestos, fitted to

each side of the entrance or exit to each room.

3. The rooms described in subparagraphs 2 i, ii and iii shall be arranged in sequence and constructed so that

any person entering or leaving the work area must pass through each room.

4. The mechanical ventilation system serving the work area shall be disabled and all openings or voids,

including ventilation ducts to or from the work area, shall be sealed by tape or other appropriate means.

5. Unless the operation is carried on inside a building that is to be demolished and will not be entered by any

person except the workers involved in the operation and the workers involved in the demolition, the spread of

dust from the work area shall also be prevented by,

i. creating and maintaining within the enclosed area, by installing a ventilation system equipped with

a HEPA filtered exhaust unit, a negative air pressure of 0.02 inches of water, relative to the area outside

the enclosed area,

ii. ensuring that replacement air is taken from outside the enclosed area and is free from contamination

with any hazardous dust, vapour, smoke, fume, mist or gas, and

iii. using a device, at regular intervals, to measure the difference in air pressure between the enclosed

area and the area outside it.

6. The ventilation system referred to in subparagraph 5 i shall be inspected and maintained by a competent

worker before each use to ensure that there is no air leakage, and if the filter is found to be damaged or

defective, it shall be replaced before the ventilation system is used.

7. The shower room in the decontamination facility shall,

i. be provided with hot and cold water or water of a constant temperature that is not less than 40°

Celsius or more than 50° Celsius,

ii. have individual controls inside the room to regulate water flow and, if there is hot and cold water,

individual controls inside the room to regulate temperature,

iii. be capable of providing adequate supplies of hot water to maintain a water temperature of at least

40° Celsius, and

iv. be provided with clean towels.

8. When leaving the work area, a worker shall enter the decontamination facility and shall, in the following

order,


damp wiping, before removing the protective clothing,


section 15,

iii. shower, and

iv. remove and clean the respirator.

9. If practicable, existing electrical power distribution systems that are not water-tight shall be de-energized and

locked out where wet removal operations are to be carried out.

10. Temporary electrical power distribution systems for tools and equipment involved in wet removal

operations shall be equipped with ground fault circuit interrupters.



Page 17 of 23

11. Friable asbestos-containing material shall be thoroughly wetted before and during removal, unless wetting

would create a hazard or cause damage.

12. The work area shall be inspected by a competent worker for defects in the enclosure, barriers and

decontamination facility,

i. at the beginning of each shift,

ii. at the end of a shift if there is no shift that begins immediately after the first-named shift, and

iii. at least once each day on days when there are no shifts.

13. Defects observed during an inspection under paragraph 12 shall be repaired immediately and no other work

shall be carried out in the work area until the repair work is completed.

14. If practicable, dust and waste shall be kept wet.

15. On completion of the work,

i. negative air pressure shall be maintained if required by subparagraph 5 i,

ii. the inner surface of the enclosure and the work area inside the enclosure shall be cleaned by a

thorough washing or by vacuuming with a vacuum equipped with a HEPA filter,

iii. equipment, tools and other items used in the work shall be cleaned with a damp cloth or by

vacuuming with a vacuum equipped with a HEPA filter or they shall be placed in a container as

described in paragraph 5 of section 15 before being removed from the enclosure, and

iv. a visual inspection shall be conducted by a competent worker to ensure that the enclosure and the

work area inside the enclosure are free from visible dust, debris or residue that may contain asbestos.

16. Once the work area inside the enclosure is dry after the steps set out in subparagraphs 15 ii, iii and iv have

been completed, clearance air testing shall be conducted by a competent worker in accordance with subsection

(5), unless the operation is carried on inside a building that is to be demolished and will not be entered by any

person except the workers involved in the operation and the workers involved in the demolition.

17. The barriers, enclosure and decontamination facility shall not be removed or dismantled until,

i. cleaning has been done as described in paragraph 15, and

ii. if clearance air testing is required, it has been completed and the work area inside the enclosure has

passed the clearance air test. O. Reg. 278/05, s. 18 (4).

(5) The following rules apply to clearance air testing:

1. Sample collection and analysis shall be done,

i. using the phase contrast microscopy method, in accordance with subsection (6), or

ii. using the transmission electron microscopy method, in accordance with subsection (7).

2. If the work area inside the enclosure fails the clearance air test, the steps set out in subparagraphs 15 ii, iii

and iv of subsection (4) shall be repeated and the work area shall be allowed to dry before a further test is

carried out, unless paragraph 6 of subsection (6) applies. O. Reg. 278/05, s. 18 (5).

(6) Clearance air testing using the phase contrast microscopy method shall be carried out in accordance with U.S.

National Institute of Occupational Safety and Health Manual of Analytical Methods, Method 7400, Issue 2: Asbestos

and other Fibres by PCM (August 15, 1994), using the asbestos fibre counting rules, and shall comply with the

following requirements:

1. Testing shall be based on samples taken inside the enclosure.

2. Forced air shall be used, both before and during the sampling process, to ensure that fibres are dislodged



Page 18 of 23

from all surfaces inside the enclosure before sampling begins and are kept airborne throughout the sampling

process.

3. At least 2,400 litres of air shall be drawn through each sample filter, even though the standard mentioned

above provides for a different amount.

4. The number of air samples to be collected shall be in accordance with Table 3.

5. The work area inside the enclosure passes the clearance air test only if every air sample collected has a

concentration of fibres that does not exceed 0.01 fibres per cubic centimetres of air.

6. If the work area inside the enclosure fails a first test that is done using the phase contrast microscopy method,

the samples may be subjected to a second analysis using transmission electron microscopy in accordance with

the standard mentioned in subsection (7).

7. When a second analysis is done as described in paragraph 6, the work area inside the enclosure passes the

clearance air test only if every air sample collected has a concentration of asbestos fibres that does not exceed

0.01 fibres per cubic centimetre of air. O. Reg. 278/05, s. 18 (6).

(7) Clearance air testing using the transmission electron microscopy method shall be carried out in accordance with

U.S. National Institute of Occupational Safety and Health Manual of Analytical Methods, Method 7402, Issue 2:

Asbestos by TEM (August 15, 1994), and shall comply with the following requirements:

1. Testing shall be based on samples taken inside the enclosure and samples taken outside the enclosure but

inside the building.

2. Forced air shall be used inside the enclosure, both before and during the sampling process, to ensure that

fibres are dislodged from all surfaces before sampling begins and are kept airborne throughout the sampling

process.

3. At least 2,400 litres of air shall be drawn through each sample filter, even though the standard mentioned

above provides for a different amount.

4. At least five air samples shall be taken inside each enclosure and at least five air samples shall be taken

outside the enclosure but inside the building.

5. Sampling inside and outside the enclosure shall be conducted concurrently.

6. The work area inside the enclosure passes the clearance air test if the average concentration of asbestos fibres

in the samples collected inside the enclosure is statistically less than the average concentration of asbestos fibres

in the samples collected outside the enclosure, or if there is no statistical difference between the two average

concentrations. O. Reg. 278/05, s. 18 (7).

(8) Within 24 hours after the clearance air testing results are received,

(a) the owner and the employer shall post a copy of the results in a conspicuous place or places,

(i) at the workplace, and

(ii) if the building contains other workplaces, in a common area of the building; and

(b) a copy shall be provided to the joint health and safety committee or the health and safety representative, if

any, for the workplace and for the building. O. Reg. 278/05, s. 18 (8).

(9) The owner of the building shall keep a copy of the clearance air testing results for at least one year after receiving

them. O. Reg. 278/05, s. 18 (9).



Page 19 of 23

Instruction and training

19. (1) The employer shall ensure that instruction and training in the following subjects are provided by a competent

person to every worker working in a Type 1, Type 2 or Type 3 operation:

1. The hazards of asbestos exposure.

2. Personal hygiene and work practices.

3. The use, cleaning and disposal of respirators and protective clothing. O. Reg. 278/05, s. 19 (1).

(2) The joint health and safety committee or the health and safety representative, if any, for the workplace shall be

advised of the time and place where the instruction and training prescribed by subsection (1) are to be carried out. O.

Reg. 278/05, s. 19 (2).

(3) Without restricting the generality of paragraph 3 of subsection (1), the instruction and training related to respirators

shall include instruction and training related to,

(a) the limitations of the equipment;

(b) inspection and maintenance of the equipment;

(c) proper fitting of a respirator; and

(d) respirator cleaning and disinfection. O. Reg. 278/05, s. 19 (3).

Note: Section 20 comes into force on November 1, 2007. See: O. Reg. 278/05, s. 26 (2).

Asbestos abatement training programs

20. (1) The employer shall ensure that,

(a) every worker involved in a Type 3 operation has successfully completed the Asbestos Abatement Worker

Training Program approved by the Ministry of Training, Colleges and Universities; and

(b) every supervisor of a worker involved in a Type 3 operation has successfully completed the Asbestos

Abatement Supervisor Training Program approved by the Ministry of Training, Colleges and Universities. O.

Reg. 278/05, s. 20 (1).

(2) The employer shall ensure that every worker and supervisor successfully completes the appropriate program

required under subsection (1) before performing or supervising the work to which the program relates. O. Reg.

278/05, s. 20 (2).

(3) A document issued by the Ministry of Training, Colleges and Universities, showing that a worker has successfully

completed a program mentioned in subsection (1), is conclusive proof, for the purposes of this section, of his or her

successful completion of the program. O. Reg. 278/05, s. 20 (3).

(4) In accordance with the Agreement on Internal Trade, 1995 and the Protocols of Amendment, a worker shall be

deemed to hold a document showing successful completion referred to in subsection (3) if he or she has successfully

completed equivalent training in another province or territory of Canada, as determined by the Director. O. Reg.

278/05, s. 20 (4).

Asbestos work report

21. (1) The employer of a worker working in a Type 2 operation or a Type 3 operation shall complete an asbestos work

report in a form obtained from the Ministry for each such worker,

(a) at least once in each 12-month period; and

(b) immediately on the termination of the employment of the worker. O. Reg. 278/05, s. 21 (1).



Page 20 of 23

(2) As soon as the asbestos work report is completed, the employer shall,

(a) forward it to the Provincial Physician, Ministry of Labour, and

(b) give a copy to the worker. O. Reg. 278/05, s. 21 (2).

(3) For the purposes of clause (2) (a), the employer may deliver the report to the Provincial Physician in person or

send it by ordinary mail, by courier or by fax. O. Reg. 278/05, s. 21 (3).

Asbestos Workers Register

22. (1) The Provincial Physician, Ministry of Labour, shall establish and maintain an Asbestos Workers Register listing

the name of each worker for whom an employer submits an asbestos work report under section 21. O. Reg. 278/05,

s. 22 (1).

(2) On the recommendation of the Provincial Physician, a worker who is listed in the Register may volunteer to

undergo the prescribed medical examination described in paragraph 1 of subsection (4). O. Reg. 278/05, s. 22 (2).

(3) A worker who has undergone the prescribed medical examination described in paragraph 1 of subsection (4) may

volunteer to undergo subsequent examinations of the same type if they are recommended by his or her physician. O.

Reg. 278/05, s. 22 (3).

(4) The following medical examinations are prescribed for the purposes of subsection 26 (3) of the Act:

1. An examination consisting of a medical questionnaire, chest x-rays and pulmonary function tests.

2. A subsequent examination that consists of the components described in paragraph 1, is recommended by the

worker’s physician and takes place at least two years after the most recent examination. O. Reg. 278/05, s. 22

(4).

(5) A worker who is removed from exposure to asbestos because an examination discloses that he or she may have

or has a condition resulting from exposure to asbestos and suffers a loss of earnings as a result of the removal from

exposure to asbestos is entitled to compensation for the loss in the manner and to the extent provided by the

Workplace Safety and Insurance Act, 1997. O. Reg. 278/05, s. 22 (5).

Use of equivalent measure or procedure

23. A constructor, in the case of a project, or the employer, in any other case, may vary a measure or procedure required

by this Regulation if the following conditions are satisfied:

1. The measure or procedure, as varied, affords protection for the health and safety of workers that is at least

equal to the protection that would be provided by complying with this Regulation.

2. The constructor or employer gives written notice of the varied measure or procedure, in advance, to the joint

health and safety committee or the health and safety representative, if any, for the workplace. O. Reg. 278/05,

s. 23.

Notice to inspector

24. (1) When this Regulation requires written notice to an inspector at an office of the Ministry of Labour, the notice shall

be given,

(a) by delivering it to the office in person;

(b) by sending it by ordinary mail, by courier or by fax, or



Page 21 of 23

(c) by sending the notice to the inspector by electronic means that are acceptable to the Ministry. O. Reg.

278/05, s. 24 (1).

(2) When this Regulation requires oral notice to an inspector at an office of the Ministry of Labour, the notice shall

be given,

(a) in person;

(b) by telephoning the inspector; or

(c) by sending the notice to the inspector by electronic means that are acceptable to the Ministry. O. Reg.

278/05, s. 24 (2).

25. Omitted (revokes other Regulations). O. Reg. 278/05, s. 25.

26. Omitted (provides for coming into force of provisions of this Regulation). O. Reg. 278/05, s. 26.

TABLE 1

BULK MATERIAL SAMPLES

Subsection 3 (3)

Item Type of materialSize of area of homogeneous

material

Minimum number

of bulk material

samples to be

collected

1 Surfacing material,

including without

limitation material that is

applied to surfaces by

spraying, by troweling or

otherwise, such as

acoustical plaster on

ceilings and fireproofing

materials on structural

members

Less than 90 square metres 3

90 or more square metres, but

less than 450 square metres

5

450 or more square metres 7

2 Thermal insulation, except

as described in item 3

any size 3

3 Thermal insulation patch ess than 2 linear metres or 0.5

square metres

1

4 Other material Any size 3

O. Reg. 278/05, Table 1.



Page 22 of 23

TABLE 2

RESPIRATORS

Paragraph 12 of section 14 and paragraph 11 of section 15

Column 1 - Work Category Column 2 - Required respirator

Type 1 OperationsWorker requests that the employer provide a respirator to be used by theworker, as described in paragraph 12 of section 14

Air purifying half-mask respirator with N-100, R-100 or P-100particulate filter

Type 2 OperationsWork described in paragraph 1 of subsection 12 (3) One of the following:

- Air purifying full-facepiece respirator with N-100, R-100or P-100 particulate filter- Powered air purifying respirator equipped with a tight-fitting facepiece (half or full-facepiece) and a highefficiency filter or N-100, P-100 or R-100 particulate filter- Negative pressure (demand) supplied air respiratorequipped with a full-facepiece- Continuous flow supplied air respirator equipped with atight fitting facepiece (half or full-facepiece)

Work described in paragraphs 2 to 7 and 9 to 11 of

subsection 12 (3)

Air purifying half-mask respirator with N-100, R-

100 or P-100 particulate filter Breaking, cutting, drilling, abrading, grinding,sanding or vibrating non-friable materialcontaining asbestos by means of power tools,if the tool is attached to a dust collectingdevice equipped with a HEPA filter asdescribed in paragraph 8 of subsection 12 (3)

Material is notwetted

One of the following:- Air purifying full-facepiece respirator with N-100, R-100or P-100 particulate filter- Powered air purifying respirator equipped with a tight-fitting facepiece (half or full-facepiece) and a highefficiency filter or N-100, P-100 or R-100 particulate filter- Negative pressure (demand) supplied air respiratorequipped with a full-facepiece- Continuous flow supplied air respirator equipped with atight fitting facepiece (half or full-facepiece)

Type 2 OperationsBreaking, cutting, drilling, abrading, grinding,sanding or vibrating non-friable materialcontaining asbestos by means of power tools,if the tool is attached to a dust collectingdevice equipped with a HEPA filter asdescribed in paragraph 8 of subsection 12 (3)

Material is wettedto control spread offibre

Air purifying half-mask respirator with N-100, R-100 or P-100particulate filter

Type 3 OperationsBreaking, cutting, drilling, abrading, grinding,sanding or vibrating non-friable materialcontaining asbestos by means of power tools,if the tool is not attached to a dust collectingdevice equipped with a HEPA filter asdescribed in paragraph 5 of subsection 12 (4)


Pressure demand supplied air respirator equipped with a halfmask

Material is wettedto control spread offibre


Work with friable material containingasbestos, as described in paragraphs 1 to 4 and6 of subsection 12 (4)


Pressure demand supplied air respirator equipped with a fullfacepiece



Page 23 of 23

TABLE 2

RESPIRATORS (Continued)

Column 1 - Work Category Column 2 - Required respiratorWork with friable material, as described inparagraphs 1 to 4 and 6 of subsection 12 (4),that contains a type of asbestos other thanchrysotile

Material wasapplied or installedby spraying, and is wetted to control spread of fibre

Pressure demand supplied air respirator equipped with a halfmask

Work with friable material, as described in paragraphs 1 to 4 and 6 of subsection 12 (4),that contains only chrysotile asbestos


Work with friable material containingasbestos, as described in paragraphs 1 to 4 and6 of subsection 12 (4)

Material was not applied or installedby spraying, and is wetted to controlspread of fibre


O. Reg. 278/05, Table 2.

TABLE 3

AIR SAMPLES

Paragraph 4 of subsection 18 (6)

Minimum number of air samples to be

taken from each enclosure Area of enclosure

2 10 square metres or less

3 More than 10 but less than 500 square metres

5 500 square metres or more

O. Reg. 278/05, Table 3.

APPENDIX C Excerpts from Ontario Regulation 347

Last Amendment: O. Reg. 234/11 General Waste - Management


Excerpts of the ENVIRONMENTAL PROTECTION ACT R.R.O. 1990, Regulation 347 Last amendment: O. Reg. 234/11

GENERAL — WASTE MANAGEMENT

Page 1 of 2

MANAGEMENT OF ASBESTOS WASTE

17. No person shall manage asbestos waste except in accordance with the following:

1. No person shall cause or permit asbestos waste to leave the location at which it is generated except for the purpose of transporting it, in accordance with paragraph 2, to a waste disposal site, the operator of which has agreed to accept it and has been advised as to its anticipated time of arrival.

2. Asbestos waste transported to a waste disposal site shall,

i. be in a rigid, impermeable, sealed container of sufficient strength to accommodate the weight and nature of the waste, or

ii. where the asbestos waste is being transported in bulk, be transported by means of a waste management system operating under a certificate of approval or provisional certificate of approval that specifically authorizes the transportation of asbestos waste in bulk.

Note: On the day subsection 2 (1) of Schedule 7 to the Open for Business Act, 2010 comes into force, subparagraph ii is amended by striking out “operating under a certificate of approval or provisional certificate of approval” and substituting “that is subject to an environmental compliance approval”. See: O. Reg. 234/11, ss. 18 (1), 43.

3. Where a container referred to in subparagraph i of paragraph 2 is a cardboard box, the waste must be sealed in a six-mil polyethylene bag placed within the box.

4. Every container referred to in subparagraph i of paragraph 2 must be free from punctures, tears or leaks.

5. The external surfaces of every container referred to in subparagraph i of paragraph 2 and of every vehicle or vessel used for the transport of asbestos waste must be free from asbestos waste.

6. Both sides of every vehicle used for the transportation of asbestos waste and every container referred to in subparagraph i of paragraph 2 must display thereon in large, easily legible letters that contrast in colour with the background the word.

“CAUTION” in letters not less than ten centimetres in height and the words:

CONTAINS ASBESTOS FIBRES

Avoid Creating Dust and Spillage

Asbestos May be Harmful To Your Health

Wear Approved Protective Equipment

7. Asbestos waste being transported from the location at which it is generated,

i. shall be transported,

A. by a driver trained in the management of asbestos waste,

B. as directly as may be practicable, to the waste disposal site at which disposal of the asbestos waste is intended to take place,

ii. shall not be transferred to a transfer station or other waste disposal site where disposal of the asbestos waste will not take place, but it may be transported to a waste disposal site operating under a certificate of approval or provisional certificate of approval that specifically authorizes acceptance and processing of asbestos waste,

Excerpts of the ENVIRONMENTAL PROTECTION ACT R.R.O. 1990, Regulation 347 Last amendment: O. Reg. 234/11

GENERAL — WASTE MANAGEMENT

Page 2 of 2

Note: On the day subsection 2 (1) of Schedule 7 to the Open for Business Act, 2010 comes into force, subparagraph ii is amended by striking out “operating under a certificate of approval or provisional certificate of approval” and substituting “that is subject to an environmental compliance approval”. See: O. Reg. 234/11, ss. 18 (2), 43.

iii. shall not be transported with any other cargo in the same vehicle,

iv. shall not be transported in a compaction type waste haulage vehicle,

v. where it is being transported in cardboard boxes, shall be in an enclosed vehicle,

vi. shall be properly secured and covered with a suitable tarpaulin or net if it is transported in a vehicle that is not enclosed, and

vii. shall be transported only in vehicles equipped with emergency spill cleanup equipment including a shovel, a broom, wetting agent, protective clothing, a supply of six-mil polyethylene bags, bag closures and personal respiratory equipment.

8. During the transportation or unloading thereof, any asbestos waste that is loose or in a container that is punctured, broken or leaking shall be packaged, immediately on discovery, in a six-mil polyethylene bag.

9. Where containers of asbestos waste are being unloaded, the unloading shall be carried out so that no loose asbestos or punctured, broken or leaking containers of asbestos waste are landfilled.

10. Asbestos waste may be deposited only at locations in a landfilling site that have been adapted for the purpose of receiving asbestos waste or are otherwise suitable for that purpose.

11. Asbestos waste may be deposited at a landfilling site only while the depositing is being supervised by the operator of the site or a person designated by the operator for the purpose and the person supervising is not also operating machinery or the truck involved.

12. Where asbestos waste is deposited, as set out in paragraph 10, at least 125 centimetres of garbage or cover material must be placed forthwith over the deposited asbestos waste in such a manner that direct contact with compaction equipment or other equipment operating on the site is avoided.

13. Every person handling asbestos waste or containers of asbestos waste, supervising the unloading of asbestos waste in bulk or cleaning asbestos waste residues from containers, vehicles or equipment shall wear protective clothing and personal respiratory equipment while so doing.

14. Protective clothing that has been or is suspected of having been in contact with asbestos waste shall be changed at the site of the exposure and either properly disposed of as asbestos waste or washed at the end of the working day.

15. Disposable protective clothing shall not be reused.

16. Every person directly or indirectly involved in the transportation, handling or management of asbestos waste shall take all precautions necessary to prevent asbestos waste from becoming airborne. R.R.O. 1990, Reg. 347, s. 17.

Note: October 31, 2011 has been named by proclamation as the day on which subsection 2 (1) of Schedule 7 to the Open for Business Act, 2010 comes into force.

APPENDIX D Excerpts from the Transportation

of Dangerous Goods Act


EXCERPTS FROM THE REGULATION RESPECTING THE FEDERAL HANDLING, OFFERING FOR TRANSPORT ANDTRANSPORTING OF DANGEROUS GOODS As Adopted by Provinical Legislation:

Page 1 of 3

SCHEDULE ll - Legend to List l and List ll

1. (1) In List I and List II the shipping name for dangerous goods is set out in

column I, followed in many cases by other descriptive wording in italic print.

The shipping names for not fully specified dangerous foods are distinguished

from those of specified dangerous goods by being printed in capital letters.

(2) Where the abbreviation “n.o.s.” or “N.O.S.” appears in column I of List I or

List II, the abbreviation is part of the shipping name of the dangerous goods.

2. Where the shipping name in List II is followed in parentheses, by the

abbreviation “RL’ and a number , “RL” means the regulated limit for Class 9.2

and the number is the quantity in kilomgrams per package or small container or,

when in bulk, per large container or transport unit.

3. Where tow temperatures in degrees Celsius (EC ) are indicated in column V of

List II, the lower temperature is the control temperature during transportation and

the higher temperature is the emergency temperature during transportation.

4. Where quantities are indicated in kilograms (kg) or litres (L) in Column lX of

List II, the quantities indicate the maximum amount that can be transported on

passenger road vehicle or a passenger railway vehicle.

5. Where quantities are indicated in kilograms (kg) in columns V to IX of List I the

quantities indicate the maximum net explosives quantity that may be transported

(a) in the case of column V, on a passeger ship;

(b) in the case of column VI, on a public passenger road vehicle;

(c) in the case of column VII, on a passenger road vehicle other than a public

passenger road vehicle;

(d) in the case of column VIII, on a road vehicle for which an EVC has not been

issued; and

(e) in the case of column IX, on a road vehicle for which an EVC has been

issued.

6. (I) The number in italics between parantheses under the number of each item in

the English version of Lisht I or List II is the equivalent item number in the

French Version of that list.

(2) The number is italics between paraentheses under the number of each item

in the French version of List I or List II is the equivalent item number in the

English version of that List.

7. Where a shipping name in List II appears in upper case letters and more than one

packing group is indicated in column IV for that shipping name, the packing

group is determined in accordance with Part III.

8. The meaning of the symbols, abbreviations and figures used in the Lists is set out

in the following table.


Page 2 of 3

TABLELegend to List I and List II

Column ISimbol, abbreviation or figure

Column IIColumn(s) in which it appears

Column IIIMeaning

r

E

P

P

P

NLr

NL

RL

I

II

V to IX, List I only

II, List II

VI to X, List II only

IX, List I only

V to VIII of List I or IX of List II

I, in List II only

The technical name, in parentheses, of the most dangerous constituents related to the primary

classification and subsidiary classification must be added to the shipping name.

Potentially explosive

Transportation is prohibited by the mode indicated by the column heading.

Transportation is prohibited.

Transportation is prohibited by the mode or method indicated by the column heading

No limit excepted carrying capacity and EVC not required.

No limit except carrying capacity.

Regulated limit.


Page 3 of 3

EXCERPTS OF SCHEDULE ll - LIST llDANGEROUS GOODS OTHER THAN EXPLOSIVES

Col. l Col. ll Col. lll Col. lV Col. V Col. Vll Col. Vlll Col. lX

Item Description and

Shipping Name

Classification Product

Identification

Number

Packing Group Special Provisions Consumer

Commodity

Limited

Commodity

Passenger Vehicles

304.

(204)

Asbestos,

blue (crocidolite) or

Asbestos, brown

(amosite, mysorite)

9.1 UN 2212 ll 37

44

P P P

314.

(283)

Asbestos,

white (chyrsotile,

actinolite,

anthopyliste,

tremolite)

9.1 UN 2590 lll 37

44

P 200 kg 200 kg

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