Northern Beaches Hospital Appendix B7 - Waste and energy ...€¦ · Northern Beaches Hospital –...

Appendix B7 Northern Beaches Hospital Connectivity and Network Enhancement project Waste and Energy Management Sub Plan

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Northern Beaches Hospital – Connectivity and Network Enhancements Project Waste and Energy Management Sub Plan Page iii

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Northern Beaches Hospital – Connectivity and Network Enhancements Project Waste and Energy Management Sub Plan Page iv

Appendices Appendix A Waste Contact List�Appendix B Location of Waste Facilities�Appendix C Example Waste Management Register

Northern Beaches Hospital – Connectivity and Network Enhancements Project Waste and Energy Management Sub Plan Page v

Glossary / Abbreviations CEMP Construction Environmental Management Plan CoA Condition of Approval CT Contaminant Threshold DECC Department of Environment and Conservation EA Environmental Assessment EEC Endangered Ecological Community ENM Excavated Natural Material EPA Environment Protection Authority EP&A Act Environmental Planning and Assessment Act 1979 EPL Environmental Protection Licence ER Environmental Representative as appointed under Stage 1 CoA

Schedule 3 C1 and Stage 2 CoA D1 EWMS Environmental Work Method Statements FYJV Ferrovial York Joint Venture GHG Greenhouse gas emissions NOW NSW Office of Water OEH Office of Environment and Heritage PESCP Progressive Erosion and Sediment Control Plan Project, the

Northern Beaches Hospital – Connectivity and Network Enhancements: • Stage 1 – Hospital Connectivity Enhancement Works • Stage 2 – Network Enhancement Works

RMS Roads and Maritime Services SCC Specific Contaminant Concentrations SPIR Stage 1 Submissions Report/Preferred Infrastructure Report TCLP Toxicity Characteristics Leaching Procedure VENM Virgin Excavated Natural Material WARR Act Waste Avoidance and Resource Recovery Act 2001 WEMP Waste and Energy Management Sub Plan WRAPP Waste Reduction and Purchasing Policy

Northern Beaches Hospital – Connectivity and Network Enhancements Project Waste and Energy Management Sub Plan Page 1

1 Introduction 1.1 Context This Waste and Energy Management Sub Plan (WEMP or Plan) forms part of the Construction Environmental Management Plan (CEMP) for the Northern Beaches Hospital – Connectivity and Network Enhancements Project (the Stage 1 Project). This Plan has been prepared to address the requirements of:

• the Stage 1 Project Approval; • the Stage 2 Project Approval; • the environmental management measures listed in the Northern Beaches Hospital –

Road Connectivity and Network Enhancements Stage 1 EIS (SMEC, 2014); • the revised safeguards and management measures listed in the Northern Beaches

Hospital – Road Connectivity and Network Enhancements Stage 1 Submissions Report/Preferred Project Report (SPIR) (SMEC, 2015);

• the environmental management measures listed in the Northern Beaches Hospital – Road Connectivity and Network Enhancements Stage 2 EIS (SMEC, 2015);

• the revised safeguards and management measures listed in the Northern Beaches Hospital – Road Connectivity and Network Enhancements Project Stage 2 Submissions Report (SMEC, 2015); and

• all applicable legislation.

1.2 Background Resource use and waste management, and greenhouse gas and climate change are discussed in:

• Section 17 and Section 18 respectively of the Northern Beaches Hospital – Connectivity and Network Enhancements Stage 1 EIS (SMEC, 2014); and

• Section 18 and Section 19 respectively of the Northern Beaches Hospital – Connectivity and Network Enhancements Stage 2 EIS (SMEC, 2015).

The Stage 1 and Stage 2 EISs identify the various waste streams that would be generated during the construction of the Project, including construction and demolition waste, vegetation waste, packaging materials, liquid wastes and excavated material. Opportunities to avoid, reduce and recycle waste are also identified. The EISs indicatively quantify greenhouse gas emissions resulting from the Stage 1 Project and Stage 2 project respectively. Measures to reduce energy consumption during construction are identified. It should be noted that substantial completion of construction for Stage 1 was achieved on 30 October 2018, and the roads in Stage 1 are open to the public and effectively in operation. �There are some defect repair works and some outstanding incomplete works being undertaken, as well as maintenance activities ongoing in accordance with the contract requirements.

1.3 Environmental management systems overview The Project Environmental Management System is described in Section 4.1 the CEMP. This Plan is part of Ferrovial York Joint Venture’s (FYJV) environmental management framework for the Project.


Management measures identified in this Plan will be incorporated into site or activity specific Environmental Work Method Statements (EWMS). EWMSs will be developed and signed off by environment and management representatives prior to the commencement of high risk activities likely to have a negative impact on the environment. Construction personnel will undertake the works in accordance with the mitigation and management measures identified in the EWMS. The combination of the CEMP, sub-plans strategies, procedures and EWMS identify the required environmental management actions for implementation by FYJV’s personnel and contractors. The review and document control processes for this Plan are described in Sections 9 and 10 of the CEMP.


2 Purpose and objectives 2.1 Purpose The purpose of this Plan is to describe how FYJV proposes to minimise the amount of waste for disposal, manage waste and reduce energy consumption during construction of the Project.

2.2 Objectives The key objective of this Plan is to ensure that waste and energy are minimised. To achieve this objective for the Project, FYJV will undertake the following:

• ensure measures are identified and implemented to minimise waste, manage waste and conserve energy throughout the construction of the Stage 1 Project and the Stage 2 Project;

• ensure the preferred waste management hierarchy of avoidance, minimisation, reuse, recycling and finally disposal is followed;

• provide staff with an increased level of understanding and awareness of waste and resource use management issues;

• ensure appropriate measures are implemented to address the relevant Stage 1 and Stage 2 CoAs outlined in Table 3-1 and Table 3-2 respectively, and the mitigation measures detailed in the Stage 1 EIS and SPIR, and the Stage 2 EIS and Submissions Report; and

• ensure appropriate measures are implemented to comply with all relevant legislation and other requirements as described in Section 3.1 of this Plan.

2.3 Targets The following targets have been established for the management of waste and energy consumption during the Project:

• avoid the unnecessary production of waste where practical to do so; • dispose of waste materials in accordance with legislative requirements; • minimise / reduce the quantities of resources to be used; and • achieve the waste re-use / recycling targets nominated in Table 2-1.

Northern

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Waste

and E

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Table

2-1:

Constru

ction waste str

eams

and t

argets

Constru

ction

Activity

Waste

Type

Waste

Classifica

tion

Likely

quantity

Disposal me

thods

Reuse / Recycle

Target

Stage 1

Stage 2

Early work

s/ Site

clearing

Vegetation (lo

gs,

mulched vegetation,

weeds)

General solid waste

(non-p

utrescible)

Appro

x. 1.2

ha

Appro

x. 6.1

ha

Reuse a

nd off-site

disposal at an

appro

ved facility

Refer to section 5.4

Concrete, asphalt,

gravel, bricks

General solid waste

(non-p

utrescible)

Appro

x. 2,0

00m3

Appro

x. 10,00

0m3

Reuse a

nd off-site

disposal at an

appro

ved facility


Scrap

meta

l General solid waste

(non-p

utrescible)

<2 tonne

<10 tonne

Off-site recyclin

g Refer to section 5.4

Bulk earthworks

/ excavations

VENM

(Virgin

Excavated

Natu

ral

Material) or ENM

(Excavate

d Natu

ral

Material)

If mate

rial is taken o

ff site classification w

ill be carrie

d out, ba

sed

on soil tests carrie

d out prior to

construction an

d in

accorda

nce w

ith the

EPA W

aste

Class

ificati

on

Guide

lines

: Part

s 1

and 2

(DEC

C, 20

14)

Appro

x. 34,00

0m3

Appro

x.

180,0

00 m

3 Reuse a

nd off-site

disposal at an

appro

ved facility


Poten

tially

conta

minated

soils

<400m3

<20,0

00 m

3 Off-site disposal at an

appro

ved facility


Road construction

Steel Reinforc

ing

General s

olid

waste

(no

n-putrescible)

<2 tonne

<5 tonne

Off-site recyclin

g Refer to section 5.4

Conduits and pipes

General s

olid

waste

(no

n-putrescible)

<2 tonne

<5 tonne

Off-site Recycling


Concrete (solids and

washouts) an

d asphalt

General s

olid

waste

(no

n-putrescible)

<50m

3 <100m3

Crushed and used as

backfill or as road ba

se

where

com

pliant with

RMS s

pecification R

44.

Altern

atively

it can be

sent to off-site rec

ycling


Northern

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Waste

and E

nerg

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Page 5

Constru

ction

Activity

Waste

Type

Waste

Classifica

tion

Likely

quantity

Disposal me

thods

Reuse / Recycle

Target

Stage 1

Stage 2

Tim

ber fo

rmwork

General s

olid

waste

(no

n-putrescible)

<10 tonne

<30 tonne

Reuse

onsite

where

possible

or off site

recycling


Packaging Mate

rials,

including wood, plastic,

cardb

oard and m

etals

General s

olid

waste

(no

n-putrescible)

<5 tonne

<10 tonne

Return

to supplier

where

possible.

Off-site recyclin

g


Empty oil and other

drums

and containers

General s

olid

waste

(no

n-putrescible)

<5 tonne

<10 tonne

Return

to supplier

where

possible.

Off-site disposal

at an

appro

ved facility

.


Pesticides, herb

icides,

spill c

lean u

ps, paints

and o

ther chemicals

Hazardo

us waste

/

liquid waste / G

enera

l solid

waste

(non-

putrescible)

<5 tonne

<10 tonne

Return u

nused p

ortions

or em

pty containers

to supplier w

here possible

Off-site disposal

at an

appro

ved facility


Metals and electric

al cabling

General s

olid

waste

(no

n-putrescible)

<2 tonne

<5 tonne

Off-site re

cyclin

g / U

se

on o

ther Roads

and

Maritime

projects


Sedim

ent basin

discharg

e and solids

(sedim

ent)

Liquid waste / G

enera

l Solid (non-pu

trescible)

Appro

x. 2,0

00kL

/ <500m

3

Appro

x. 10,00

0kL /

<1,00

0m3

Dust

suppres

sion

/ Beneficial reuse o

nsite



3 Environmental requirements 3.1 Relevant legislation and guidelines 3.1.1 Legislation Legislation and regulations relevant to waste and energy management includes:

• Protection of the Environment Operations Act 1997; • Protection of the Environment Operations (General) Regulation 2009; • Protection of the Environment Operations (Waste) Regulation 2005; • Waste Avoidance and Resource Recovery Act 2001 (WARR Act); • Contaminated Land Management Act 1997; • National Greenhouse and Energy Reporting Act 2007; • Noxious Weeds Act 1993; • Environmentally Hazardous Chemicals Act 1985; and • Energy Efficiency Opportunities Act 2006 (EEO Act).

Relevant provisions of the above legislation are explained in the register of legal and other requirements included in Appendix A1 of the CEMP. 3.1.2 Guidelines and standards The main guidelines, specifications and policy documents relevant to this Plan include:

• Waste Avoidance and Resource Recovery Strategy 2007 (DECC, 2007); • Waste Reduction and Purchasing Policy (RTA, 2009); • Waste Classification Guidelines 2014 (OEH) (EPA Publication); and • Best Practice Waste Reduction Guidelines for the Construction and Demolition

Industry (tools for Practice), Natural Heritage Trust, 2000.

3.2 Minister’s Conditions of Approval 3.2.1 Stage 1 Conditions of Approval The Stage 1 CoA relevant to this Plan are listed in Table 3-1 below. A cross reference is also included to indicate where the condition is addressed in this Plan or other project/environmental management documents. Table 3-1: Stage 1 Conditions of Approval relevant to the WEMP

Stage 1 CoA No.

Stage 1 Condition Requirements Document Reference

B21 Waste generated outside the site shall not be received at the site for storage, treatment, processing, reprocessing, or disposal on the site, except as expressly permitted by a licence or waste exemption under the Protection of the Environment Operations Act 1997, if such a licence is required in relation to that waste.

Chapter 6

B22 The reuse and/or recycling of waste materials generated on site shall be maximised as far as practicable, to minimise the need for treatment or disposal of those materials off site.

Section 5.4, 5.5 and 5.6 Chapter 6

B23 All liquid and/or non-liquid waste generated on the site shall be assessed and classified in accordance with Waste Classification Guidelines (DECCW, 2014).

Section 5.1 Chapter 6


Stage 1 CoA No.


B24 All waste materials removed from the SSI site shall only be directed to a waste management facility or premises lawfully permitted to accept the materials.


C26(b)(ii) The Secretary’s approval is not required for minor Ancillary Facilities (e.g. lunch sheds, office sheds, and portable toilet facilities) that do not comply with the criteria set out in condition C24 and: b) have been assessed by the Environmental Representative to be -

ii) of low environmental risk in respect to waste management and impacts on flora and fauna, soil and water, and heritage beyond those approved for the Stage 1 Project.

Note

C27(e)(iii) (iii) measures to monitor and manage waste generated during construction including but not necessarily limited to: general procedures for waste classification, handling, reuse, and disposal; use of secondary waste material in construction wherever feasible and reasonable; procedures or dealing with green waste including timber and mulch from clearing activities

Chapter 5

3.2.2 Stage 2 Conditions of Approval The Stage 2 CoA relevant to this Plan are listed in Table 3-2. A cross reference is also included to indicate where the condition is addressed in this Plan or other project/environmental management documents. Table 3-2: Stage 2 Conditions of Approval relevant to the WEMP

Stage 2 CoA No.


B16 Waste generated outside the site must not be received at the site for storage, treatment, processing, reprocessing, or disposal on the site, except as expressly permitted by a licence or waste exemption under the Protection of the Environment Operations Act 1997, if such a licence is required in relation to that waste.

Chapter 6

B17 The reuse and/or recycling of waste materials generated on site must be maximised as far as practicable, to minimise the need for treatment or disposal of those materials off site.

Section 5.4, 5.5 and 5.6 Chapter 6

B18 All liquid and/or non-liquid waste generated on the site must be assessed and classified in accordance with Waste Classification Guidelines (DECCW, 2014).


B19 All waste materials removed from the SSI site must only be directed to a waste management facility or premises lawfully permitted to accept the materials.


D26(b)(ii) The Secretary’s approval is not required for minor Ancillary Facilities (e.g. lunch sheds, office sheds, and portable toilet facilities) that comply with the criteria set out in condition D24 and: b) Have been assessed by the Environmental Representative to be - (ii) of low environmental risk in respect to waste management and

impacts on flora and fauna, soil and water, and heritage

Note

D27(e)(iii) (iii) measures to monitor and manage waste generated during construction including but not necessarily limited to: general procedures for waste classification, handling, reuse, and disposal; use of secondary waste material in construction wherever feasible and reasonable; procedures or dealing with green waste including timber and mulch from clearing activities

This document

North

ern Be

aches H

ospital – C

onnectivity a

nd Netw

ork En

hancem

ents Proje

ct Wa

ste an

d Ene

rgy M

anag

emen

t Sub

Plan

Pa

ge 8

3.3 R

evise

d Safe

guard

s and

Man

agem

ent M

easu

res

3.3.1

Stag

e 1 R

SMM

The revised s

afeguard

s and managem

ent m

easures

(RSM

M) fro

m the

Stage 1

SPIR relevant to

this Pla

n are listed in Ta

ble 3-3 b

elow. A cro

ss

refere

nce is a

lso included to indicate where

the R

SMM is addre

ssed in this Pla

n. Where RS

MMs a

re not specifically addre

ssed in this Pla

n, justification is p

rovide

d. The timing of when the co

mmitm

ent applies h

as also be

en included.

Table

3-3:

Stag

e 1 Rev

ised S

afegu

ards a

nd M

anag

emen

t Mea

sures

relev

ant to

the W

EMP

Stag

e 1

RSMM

Im

pact

Stag

e 1 Req

uirem

ents

Docu

ment

Refer

ence

WEM

P 1

Inapprop

riate

handling

and/o

r disp

osal of

waste

• A

Resourc

e and Waste

Manageme

nt Pla

n wil

l be pre

pared

to id

entify

the hie

rarchy f

or sourc

ing an

d use of

resourc

es. T

he pl

an will adopt th

e Resource

Managem

ent H

ierarc

hy

principles of the W

ARR

Act a

nd in

clude: –

Ide

ntification th

e wa

ste st

reams

that

will b

e generat

ed d

uring c

onstr

uction

– A

waste

regis

ter d

etailin

g typ

es o

f waste

collecte

d, am

ounts

, date

, time

, and de

tails

of dis

posal –

A res

ource

manag

ement s

trateg

y deta

iling

beneficial re

use o

ptions for

surpl

us an

d/or u

nsuitab

le ma

terial.

• All

wastes

, inclu

ding c

ontam

inated

wastes

, will be id

entified an

d clas

sified

in ac

corda

nce

with E

nviro

nmental Guid

elines: As

sessme

nt, Clas

sifica

tion a

nd M

anag

ement o

f Liqu

id and

Non-L

iquid Wastes

. •

Disposal of a

ny no

n-recyclab

le wa

ste will be in ac

corda

nce w

ith th

e POE

O Ac

t and W

aste

Classific

ation Guid

elines: Pa

rt 1 Clas

sifyin

g Waste.

This docume

nt Ch

apter

5 Ta

ble 6-

1 (WEM

M4, W

EMM5

and

WEMM

6) Ap

pendix C

Month

ly Waste/Ma

terials U

sage

Statem

ents

WEM

P 2

Inapprop

riate

disposal

of excavated

mate

rial

that can

not b

e reused

in the

Stage 1

Proje

ct

• Ex

cavated

mate

rial th

at is not suitable for

on-site reu

se or

recyclin

g will b

e tran

sport

ed to a

site that m

ay legally

accept tha

t mate

rial fo

r reuse o

r disp

osal.

• Ex

cavated

mate

rial leavin

g the

site w

ill be c

lassified

in a

ccord

ance w

ith th

e Waste

Classific

ation Guid

elines s

o that corr

ect re

sourc

e recovery

and o

r off-s

ite disposal occur.

Table

6-1 (

WEM

M7 an

d WEM

M8)

Appe

ndix B

Month

ly Waste/Ma

terials U

sage

Statem

ents

WEM

P 3

Energ

y consump

tion

durin

g constr

uction

• En

ergy (

fuel/elec

tricity) e

fficien

cy w

ould

be assessed in

selec

ting pla

nt an

d equip

ment.

Wh

ere re

asonable

and f

easib

le, pl

ant a

nd eq

uipme

nt wit

h high

er energ

y effic

iency ra

tings

would

be se

lected

. •

Use of

locally sourc

ed m

ateria

ls to

reduce tra

nspo

rt em

ission

s wh

ere re

asonable

and

feasib

le.

• Fly

ash c

onten

t within concret

e would be sp

ecifie

d where

feasib

le.

• Th

e feasib

ility of us

ing biofu

els (b

iodies

el, ethano

l, or b

lends su

ch as

E10 o

r B80) w

ould be

inv

estigate

d by the co

ntractor

, takin

g into

conside

ration

the c

apacity of plant and eq

uipme

nt to use these fuels

, ong

oing m

ainten

ance iss

ues a

nd local source

s. Work

s would be planne

d to minim

ise fuel use.

Table

6-1 (

WEM

M10, WE

MM11,

WEMM

12 an

d WEM

M13)

Desig

n Rep

orts

North

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aches H

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onnectivity a

nd Netw

ork En

hancem

ents Proje

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ste an

d Ene

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anag

emen

t Sub

Plan

Pa

ge 9

WEM

P 4

Re-us

e of e

xcavate

d roa

d mate

rials

•

Reuse o

f excavate

d road m

ateria

ls wo

uld be

maximise

d as far

as po

ssible w

here

they a

re cost, qu

ality and p

erform

ance co

mpetitive t

o reduce u

se of m

ateria

ls (with em

bedd

ed

energ

y).

Table

6-1 (

WEM

M14 a

nd

WEMM

15)

Spoil an

d fill m

anagem

ent

procedure

Desig

n Rep

orts

3.3.2

Stag

e 2 R

SMM

The revised s

afeguard

s and managem

ent m

easures

(RSM

M) fro

m the

Stage 2

Subm

issions R

eport relevant to

this Pla

n are listed in Ta

ble 3-4

below

. A cross refe

rence is also included to indicate where

the R

SMM is addre

ssed in this Pla

n. Wh

ere RSM

Ms are n

ot specifically addres

sed

in this P

lan, ju

stification is provide

d. The timing

of when the comm

itment applies h

as also be

en included.

Table

3-4:

Stag

e 2 Rev

ised S

afegu

ards a

nd M

anag

emen

t Mea

sures

relev

ant to

the W

EMP

Stag

e 2

RSMM

Im

pact

Stag

e 2 Req

uirem

ents

Docu

ment

Refer

ence

WEM

P 1

Inapprop

riate

handling

and/o

r disp

osal of

waste

• A

Resourc

e and Waste

Manageme

nt Pla

n wil

l be pre

pared

to id

entify

the hie

rarchy for

sourc

ing and use of resource

s. Th

e pla

n wil

l adopt

the R

esource

Manag

ement H

ierarc

hy

principles of the W

ARR Ac

t and inclu

de:

−

Identification th

e waste str

eams

that wil

l be g

enera

ted du

ring c

onstr

uction

−

A wa

ste re

gister

detailing t

ypes of

waste

collecte

d, am

ounts

, date

, time

, and de

tails of

disposal

−

A res

ource

manag

ement s

trateg

y deta

iling b

eneficia

l reuse o

ptions f

or surpl

us an

d/or

unsuitable

mate

rial.

• All

wastes

, inclu

ding c

ontam

inated

wastes

, will b

e ide

ntified a

nd classified

in ac

corda

nce w

ith

Environme

ntal G

uidelines:

Assessme

nt, Clas

sifica

tion a

nd M

anagem

ent o

f Liqu

id and N

on-

Liquid

Wastes

. •

Disposal o

f any no

n-recyclab

le wa

ste will be in

accorda

nce w

ith th

e POE

O Ac

t and W

aste

Classific

ation Guid

elines: Pa

rt 1 Clas

sifyin

g Waste.

• An

asbesto

s surv

ey would be ca

rried o

ut of

building

s to b

e dem

olished as

part o

f the p

roject.

The s

urvey would be co

nducted

by a suitably

qualified o

ccup

ational hygie

nist.

• As

besto

s handling an

d managem

ent w

ould be do

cume

nted in a

n Asbestos

Manag

ement P

lan

and c

arried

out in

accorda

nce w

ith:

−

Work

Health a

nd Sa

fety A

ct 2011

−

Code of

Practice for

the Sa

fe Re

moval of A

sbestos

2nd e

dition

(NOH

SC, 200

5) −

Code of Pr

actice for

the M

anagem

ent a

nd Contro

l of A

sbestos

in W

orkpla

ces (

NOHS

C,

2005)

This docume

nt Ch

apter

5 Ta

ble 6-

2 (WEM

M20, WEM

M21

and W

EMM2

2) Ap

pendix C

SWQM

P Appendix

K – A

sbestos

Ma

nageme

nt Pla

n Mo

nthly Waste/Ma

terials U

sage

Statem

ents

North

ern Be

aches H

ospital – C

onnectivity a

nd Netw

ork En

hancem

ents Proje

ct Wa

ste an

d Ene

rgy M

anag

emen

t Sub

Plan

Pa

ge 10

−

Prote

ction of the E

nviro

nment O

perat

ions (Waste)

Regulation

2005 – se

ction 42

special

requir

ements rel

ating to as

besto

s waste

• AS

2601:19

91 Dem

olition o

f Stru

ctures

.

WEM

P 2

Inapprop

riate

disposal

of excavated

mate

rial

that can

not b

e reused

in the

Stage 2

Proje

ct

• Where possible a

nd fit for p

urpose, spoil wo

uld be

beneficially r

e-used w

ithin the

proje

ct befor

e off-site re-

use o

r disp

osal options ar

e purs

ued.

• Ex

cavated

mate

rial th

at is not s

uitable

for on

-site

reuse or

recyclin

g will be transport

ed to

a site that m

ay legally

accept tha

t mate

rial fo

r reuse o

r disp

osal.

• Be

fore being

transport

ed fr

om constr

uction sites, e

xcavate

d spoil w

ould

be clas

sified

in

accorda

nce wit

h the

Waste

Classific

ation G

uidelines:

Part 1 Cla

ssifying

Waste

(DEC

CW,

2009) to

ensure

appro

priate

reuse o

r disp

osal.

Table

6-1 (

WEM

M31, WEM

M32

and W

EMM3

3) SW

QMP –

Appendix C Sp

oil an

d fill

manageme

nt pro

cedure

Appe

ndix B

Month

ly Waste/Ma

terials U

sage

Statem

ents

WEM

P 3

Energ

y consump

tion

durin

g constr

uction

• En

ergy (fue

l/elec

tricity) e

fficien

cy wo

uld be

assessed in se

lecting p

lant and eq

uipme

nt. W

here

reasona

ble an

d feasib

le, plant a

nd eq

uipme

nt wit

h high

er energ

y effic

iency ra

tings would be

selec

ted.

• Us

e of lo

cally

sourc

ed mate

rials t

o reduce tran

sport

emiss

ions w

here

reasonable

and feasib

le.

• Fly

ash c

onten

t within concret

e would be sp

ecifie

d where

feasib

le.

• Th

e feasib

ility of

using

biofu

els (b

iodies

el, et

hanol, o

r blen

ds su

ch as

E10 or

B80) w

ould

be

investigate

d by t

he co

ntractor

, takin

g into

conside

ration

the c

apacity of

plant a

nd eq

uipme

nt to

use t

hese fu

els, o

ngoin

g main

tenance issues an

d local sourc

es. W

orks w

ould be planned

to minim

ise fuel use.

Table

6-1 (

WEM

M34, WEM

M35,

WEM

M36 a

nd W

EMM3

7) De

sign R

eport

s

WEM

P 4

Re-us

e of e

xcavate

d roa

d mate

rials

• Re

use o

f excavate

d road m

ateria

ls wo

uld be

maximise

d as far

as po

ssible w

here

they a

re cost, qu

ality and p

erform

ance co

mpetitive t

o reduce u

se of m

ateria

ls (with em

bedd

ed

energ

y).

Table

6-1 (

WEM

M31)

Spoil an

d fill m

anagem

ent

procedure

Desig

n Rep

orts

WEM

P 5

Energ

y consump

tion

durin

g operat

ion

• Inv

estigate

opportu

nities

to us

e renew

able

energ

y source

s to o

perat

ional req

uirem

ents such

as po

wer c

ontro

l system

s, lighting an

d sign

age w

here

reasonable

and feasib

le.

RMS i

nvestigation

(FYJV

Design

Rep

orts)


4 Environmental aspects and impacts 4.1 Construction waste streams Waste generated during construction would primarily be from civil works associated with site preparation, relocation of utilities, and construction of road infrastructure and landscaping. Waste-generating activities would include:

• vegetation clearance, generating green waste such as logs and mulched material; • construction of temporary construction compounds, construction of roads, ancillary

sites and alternative property access would require vegetation clearance, road surface grading, temporary drainage structure installation and the placement of gravel road base where required, generating general asphalt waste, pipe cuts and green waste;

• installation of environmental controls, fencing, silt fences and lockable gates, generating material off-cuts;

• demolition of buildings and structures, kerbs, fencing, pavements, barriers, signage and lighting;

• excavation of existing batters for widening works, retaining walls and drainage; • excavation associated with the underpass proposed along Warringah Road; • earthworks, placement of pavement layers, drainage, concrete pour, utilities

placement and protection, installation of lighting, fencing and road furniture; and • installation of prefabricated culvert units.

Waste streams would include the following: • surplus spoil (excavated soil, sediment, rock) from bulk earthworks which is unable to

be reused within backfilling or restoration; • contaminated soils and other hazardous materials that may be exposed during

demolition (e.g. 7Eleven site decommissioning) and construction earthworks, and if exposed, would require offsite disposal;

• concrete, pavement, steel and other materials from demolition of kerbs, fencing, pavements, signage and lighting;

• surplus material from construction and general site reinstatement, such as fencing, sediment, concrete, steel, formwork, and sand bags;

• packaging materials from items delivered to site, such as pallets, crates, cartons, plastics and wrapping materials;

• vegetative waste from clearance and grubbing; • plant and vehicle maintenance waste, such as oil containers; • general office wastes generated by onsite personnel, such as paper, cardboard,

beverage containers and food wastes; and • sewage waste generated through the use of personnel facilities.


4.2 Energy Use Sources of construction-related energy consumption (fuel and power) for the Project include:

• procurement and delivery of materials to site; • vegetation removal; • site establishment, including compound set up; • relocation and protection of services; • earthworks including earth and rock cuttings and retaining walls; • removal, relocation and compaction of excavated material in fill embankments; • construction of pavements and culverts; • demolition of buildings, structures and pavements; • operation of site compounds • lighting of compounds and construction works areas (during evening/night works); • operation of light vehicles; • construction plant including cranes, rollers, excavators, bulldozers, graders and water

trucks; and • removal of waste from the site.

4.3 Impacts 4.3.1 Waste The potential environmental impacts associated with construction waste and energy use include:

• inappropriate disposal of construction waste, such as excavated soil and rock; • inappropriate disposal of vegetation waste from corridor clearing; • inappropriate disposal of domestic type waste from construction personnel; • inappropriate disposal of hazardous waste; • generation or spread of contaminated waste / soils / liquids, e.g. groundwater, used

or expired chemicals, or construction materials (eg asbestos); • water pollution due to sediment runoff from soil excavation and excess spoil storage; • weed infestation from dispersion of seeds and so forth during clearing and access

upgrading activities; • inefficiencies in consumption of non-renewable resources such as electricity, diesel

and other chemicals; • greenhouse gas emissions due to consumption of energy from non-renewable

resources; and • mixing of suitable and unsuitable material/contaminated material leading to materials

that would have ordinarily been reused being rendered as waste. Waste classification will be required during construction to determine appropriate soil management and disposal. The underlying natural soils beneath capping layers (such as topsoils, fill and pavements) across the Stage 1 and Stage 2 project areas have recorded concentrations that would be classified as general solid waste but if uncontaminated are likely to satisfy the criteria for Virgin Excavated Natural Material (VENM) or Excavated Natural Material (ENM). The Stage 2 EIS Phase 2 Assessment identified and assessed 3 locations that have recorded potential contaminant concentrations above investigation levels that will require closer


examination and handling requirements during Stage 2 earthworks to avoid any potential impacts due to cross-contamination of waste and any potential for impacts to air quality and surface water/groundwater quality and potential consequential impacts to human health. Accordingly, Stage 2 CoA B6 requires that areas identified with contamination above investigation levels as described in the Phase 2 Contamination Assessment, a Soil Contamination Report must be prepared and implemented. Further information on the management of contaminated soils is detailed in the Soil and Water Quality Management Sub plan (refer to CEMP Appendix B4). 4.3.2 Project GHG emissions Scope 1, 2 and 3 emissions are defined as:

• Scope 1 – Direct emissions: GHG emissions generated by sources owned or controlled by the Project, e.g. emissions generated by the use of diesel fuel by project-owned construction plant, equipment or vehicles.

• Scope 2 – Indirect emissions: GHG emissions from the generation of purchased electricity in Project-owned or controlled equipment or operations. These GHG emissions are generated outside of the Project’s boundaries, e.g. the use of purchased electricity from the grid.

• Scope 3 – Indirect upstream emissions: GHG emissions generated in the wider economy due to third party supply chains as a consequence of activity within the boundary of the Project, e.g. GHG emissions associated with the offsite mining, production and transport of materials used in the construction or maintenance of the road.

Emission sources during Stage 1 and Stage 2 construction would include: • operation of construction equipment - which creates direct greenhouse gas emissions

as fuel is combusted onsite; • use of construction materials – which contain varying levels of upstream indirect

embodied emissions; • construction transport - where construction-related transportation creates greenhouse

gas emissions from the consumption and burning of fossil fuels; • light vehicles used by construction personnel and RMS staff occupying the main site

compound; • electricity use – which is generally consumed by site offices, for office equipment,

office lighting, air conditioning, and external lighting and security; and • vegetation clearing – where the breakdown of organic matter as waste material

directly releases stored carbon dioxide to the atmosphere. Due to the large quantities of construction materials such as concrete, heavy bound base materials and asphalt required, it is likely that the emissions embodied in these materials would be the greatest contributor to GHG emissions. Estimations on Scope 1, Scope 2 and Scope 3 emissions generated from the Stage 1 Project and the Stage 2 Project are provided in Table 4-1. As shown in Table 4-1, the total Scope 1, 2 and 3 GHG emissions for construction of the Project is estimated to be 34,915 tCO2-e. This includes an estimated total GHG emissions of 5,974 tCO2-e for Stage 1, and an estimated total of 28,941 tCO2-e for Stage 2.


Table 4-1: Project GHG emissions (Scope 1, Scope 2 and Scope 3)

Scope GHG Emissions

Stage 1 Stage 2 Project (total) Construction

works Compound operations and light vehicles1

Construction works

Compound operations and light vehicles1

Scope 1 (direct emissions)

1,166 tCO2-e 259 tCO2-e 7,179 tCO2-e 485 tCO2-e 9,089 tCO2-e

Scope 2 (indirect emissions)

185 tCO2-e 285 tCO2-e 470 tCO2-e

Scope 3 (indirect emissions)


Total GHG Emissions


Note 1: Compound operations and light vehicles include estimation of GHG emissions generated from electricity consumed for operation of the compound areas (including offices) and the consumption of fuel usage in light vehicles by construction staff over the period of Stage 1 construction and Stage 2 construction respectively.


5 Waste and energy management 5.1 Classification of waste streams Where waste cannot be avoided, reused or recycled it will be classified and appropriately disposed of. The classification of waste is undertaken in accordance with the EPA Waste Classification Guidelines Part 1: Classifying Waste (2014). These guidelines identify six classes of waste: Special, Liquid, Hazardous, Restricted Solid, General Solid (putrescible) and General Solid (non-putrescible), and describe a six step process to classifying waste. This process is described below: Step 1: Is it ‘special waste’? Establish if the waste should be classified as ‘special waste’. ‘Special wastes’ are: clinical and related, asbestos, waste tyres. Further definitions are provided in the guidelines. Note: Asbestos and clinical wastes must be managed in accordance with the requirements of Clauses 42 and 43 of the Protection of the Environment Operations (Waste) Regulation 2005 in addition to the relevant WorkCover requirements under work, health and safety legislation. Step 2: If not special, is it ‘liquid waste’? If it is established that the waste is not special waste it must be decided whether it is ‘liquid waste’. ‘Liquid waste’ means any waste that: has an angle of repose of less than 5° above horizontal becomes free-flowing at or below 60° Celsius or when it is transported is generally not capable of being picked up by a spade or shovel. Liquid wastes are sub-classified into: • sewer and stormwater effluent; • trackable liquid waste according to Protection of the Environment Operations (Waste)

Regulation 2005 Schedule 1 Waste to which waste tracking requirements apply; and • non-trackable liquid waste. Step 3: If not liquid, has the waste already been pre-classified by the NSW EPA? The EPA has pre-classified several commonly generated wastes in the categories of hazardous, general solid waste (putrescibles) and general solid waste (non-putrescibles). If a waste is listed as ‘pre-classified’, no further assessment is required. Step 4: If not pre-classified, is the waste hazardous? If the waste is not ‘special waste’ (other than asbestos waste), ‘liquid waste’ or ‘pre-classified’, establish if it has certain hazardous characteristics and can therefore be classified as ‘hazardous waste’. ‘Hazardous waste’ includes items such as explosives, flammable solids, substances liable to spontaneous combustion, oxidizing agents, toxic substances and corrosive substances. Step 5: If the waste does not have hazardous characteristics, undertake chemical assessment to determine classification. If the waste does not possess hazardous characteristics, it needs to be chemically assessed to determine whether it is hazardous, restricted solid or general solid waste (putrescible and non-putrescible). If the waste is not chemically assessed, it must be treated as hazardous.


Waste is assessed by comparing Specific Contaminant Concentrations (SCC) of each chemical contaminant, and where required the leachable concentration using the Toxicity Characteristics Leaching Procedure (TCLP), against Contaminant Thresholds (CT). Step 6: Is the general solid waste putrescible or non-putrescible? If the waste is chemically assessed as general solid waste, a further assessment is available to determine whether the waste is putrescible or non-putrescible. The assessment determines whether the waste is capable of significant biological transformation. If this assessment is not undertaken, the waste must be managed as general solid waste (putrescible).

5.2 Waste exemptions Clause 51 of the Protection of the Environment Operations (Waste) Regulation 2005 enables the EPA to grant exemptions to the licensing and payment of levies for the land application or use of waste. The EPA has issued general exemptions for a range of commonly recovered, high volume and well characterised waste materials that allow their use as fill or fertiliser at unlicensed, off-site facilities. The general 'Resource Recovery Exemptions' that may be applicable to this Project are identified in Table 5-1 below. These are general gazette exemptions that do not require approval. A specific exemption may be granted where an application is made to the EPA. Table 5-1: Resource recovery exemptions

Exemption General Conditions Effluent Exemption 2008

The effluent can only be applied to land for the purposes of irrigation or as a soil amendment material. The consumer must land apply the effluent within a reasonable period of time.

Excavated Natural Material Exemption 2008

The chemical concentration or other attributes of the excavated natural material listed in the Excavated Natural Material (ENM) Exemption must not be exceeded. The excavated natural material can only be applied to land as engineering fill or used in earthworks. ENM handling, processing and testing requirements are outlined in detail in the exemption

Excavated Public Road Material 2012

The excavated public road material can only be stored within the road corridor at the site where it is to be applied to land. The excavated public road material can only be applied to land within the road corridor for public road related activities including road construction, maintenance and installation of road infrastructure facilities. This exemption does not apply to the land application of excavated public road material on any land outside the road corridor. The excavated public road material cannot be applied on private land. The consumer must land apply the relevant waste within a reasonable period of time.

Raw Mulch Exemption 2008

The raw mulch can only be applied to land for the purposes of filtration or as a soil amendment material or used either singularly or in any combination as input material(s) to a composting process. The consumer must land apply the raw mulch within a reasonable period of time.

Recovered Aggregate Exemption 2008

The chemical concentration or other attribute of the recovered aggregate listed in Recovered Aggregate Exemption must be met. The recovered aggregate can only be applied to land for road making activities, building, landscaping and construction works. This approval does not apply to any of the following applications: • Construction of dams or related water storage infrastructure, • Mine site rehabilitation, • Quarry rehabilitation, • Sand dredge pond rehabilitation,


Exemption General Conditions • Back-filling of quarry voids, • Raising or reshaping of land used for agricultural purposes, and • Construction of roads on private land unless:

(a) the relevant waste is applied to land to the minimum extent necessary for the construction of a road, and

(b) a development consent for the development has been granted under the relevant Environmental Planning Instrument (EPI), or

(c) it is to provide access (temporary or permanent) to a development approved by a Council, or

(d) the works undertaken are either exempt or complying development.

5.3 Classification of potential waste streams The construction aspects and waste streams that may be generated during Stage 1 and Stage 2 construction, are outlined with assigned classifications in Table 5-2. Table 5-2: Classification of potential waste streams

Aspect Waste Types Classification Proposed reuse / Recycling / Disposal

Demolition / Site Clearing

Vegetation (logs, mulched timber, weeds)

General solid waste (non-putrescible)

Native Vegetation – Reuse as biodiversity measures. Logs – timber products. Mulch – Reuse on site or off-site. Weeds – Off-site disposal or deep burial.

Building materials - (timber, bricks, piping, tanks


Reuse onsite where possible or off site recycling Off-site disposal at an approved facility

Building materials – hazardous e.g. asbestos cement cladding and lagging

Hazardous waste Off-site disposal at an approved facility

Concrete, asphalt and gravel General solid waste (non-putrescible)

Crushed and used as backfill or as road base Crushed and used on access tracks for ongoing road maintenance Off-site disposal

Scrap metal General solid waste (non-putrescible)

Off-site recycling

Bulk Earthworks ENM (Excavated Natural Material) Potentially Contaminated Soils VENM (Virgin Excavated Natural Material)

If material is taken off site classification will be carried out, based on soil tests carried out pre-construction and in accordance with the EPA Waste Classification Guidelines: Parts 1 and 2 (DECC 2014)

Beneficial reuse on site as engineering fills and where possible, optimise reuse on the Project. Relocate VENM or ENM to other RMS projects or approved locations Note any reuse off-site will require an approved notice from the EPA under S143 Off-site disposal at an approved facility On site burial / remediation Final option to be developed in consultation with contamination consultant through the development of a Remedial Action Plan (RAP)



Road Construction

Steel Reinforcing General solid waste (non-putrescible)

Off-site recycling

Conduits and pipes General solid waste (non-putrescible)

Off-site disposal at an approved facility

Concrete (solids and washouts) and asphalt


Crushed and used as backfill or as road base where compliant with RMS Specification R44. Alternatively it can be sent to off-site recycling.

Timber formwork General solid waste (non-putrescible)

Reuse onsite where possible or off site recycling

Packaging Materials, including wood, plastic, cardboard and metals


Return to supplier where possible. Off-site recycling

Empty oil and other drums General solid waste (non-putrescible)

Return to supplier where possible. Off-site disposal at an approved facility.

Pesticides, herbicides, spill clean ups, paints and other chemicals

Hazardous waste Return unused portions or empty containers to supplier where possible Off-site disposal at an approved facility.

Metals and electrical cabling General solid waste (non-putrescible)

Off-site recycling / Use on other Roads and Maritime projects

Groundwater seepage into slot construction area

Liquid waste Reuse for dust suppression where practical, otherwise dispose to Trade Waste (sewer)

Compounds and Workshop Operation

Tyres Special Waste Off-site recycling Waste generated by the maintenance of equipment including air and oil filters and rags



Oils, grease, fuel, chemicals and other fluids

Liquid Off-site disposal at an approved facility

Batteries Hazardous waste Off-site disposal at an approved facility Radiator Fluid Hazardous waste Off-site disposal at an approved facility Hydraulic Fluid Hazardous waste Off-site disposal at an approved facility Domestic waste generated by workers

General solid waste (putrescible)


Sewage General solid waste (putrescible)

Discharge to Sydney Water sewerage system or off-site disposal at an approved facility (e.g. portaloos)

Office Operation Paper, cardboard and plastic General solid waste (non-putrescible)

Off-site recycling

Glass bottles and aluminium cans


Off-site recycling

Ink cartridges General solid waste (non-putrescible)

Off-site recycling

Food Waste General solid waste (non-putrescible)




Effluent (e.g. STP) Liquid Discharge to Sydney Water sewerage system

5.4 Waste Hierarchy The waste hierarchy presented in Figure 5-4 is a key guide for waste management on the Project and shall be taken into account throughout the construction phase. Mitigation measures in Table 6-1 for Stage 1, Table 6-2 for Stage 2, and Section 7 Compliance Management focus on the use of this waste hierarchy in order to achieve positive waste management results. Figure 5-4 Waste Minimisation Hierarchy

[Figure sourced from NSW EPA]

5.4.1 5.4.1 Avoid and Reduce Waste The waste hierarchy nominates avoidance of waste as the most important priority. During the construction phase, the following measures will be implemented to avoid creation of waste;

• ensuring that the necessary planning is undertaken to enable efficient management of the delivery and storage of materials, so as to avoid spoilage of materials;

• wherever possible, establishing agreements with suppliers for ‘take back’ arrangements for packaging/pallets/drums;

• ensuring correct types and quantities of materials are ordered, essentially avoiding excess material waste;

• coordinating site activities to minimise waste through utilisation of unused materials; • employing trained and qualified plant and machinery operators to avoid damage to

materials and reduce wastage of consumables during plant and machinery maintenance; and

• ensure that stored supplies are properly protected from the weather.


5.4.2 Reuse and recycling Recycling of waste is an aspect of ISCA reporting. The project sustainability requirements have set a target of at least a 50 point ‘Excellent’ Design rating and a 50 point ‘Excellent’ As Built rating under the ISCA IS Rating Tool. In response to meeting these IS Rating targets, the FYJV will aim to achieve or better the following targets for landfill diversion:

• 80 to <100% by volume of spoil • 50 to 90% by volume of inert and non-hazardous waste • 40 to 60% by volume of office waste.

Waste separation and segregation will be promoted on-site to facilitate reuse and recycling as a priority of the waste management program as follows:

• waste segregation onsite – waste materials, including spoil and demolition waste, will be separated onsite into dedicated bins / areas for either reuse onsite or collection by a waste contractor and transported to offsite facilities; and

• waste separation offsite – wastes to be deposited into one bin where space is not available for placement of multiple bins, and the waste is to be sorted offsite by a waste contractor.

5.4.3 Waste handling and storage Where waste is required to be handled and stored onsite prior to onsite reuse or offsite recycling / disposal, the following measures apply:

• spoil, topsoil and mulch are to be stockpiled onsite in allocated areas, where appropriate, and mitigation measures for dust control and surface water management will be implemented as per the Air Quality Management Plan (AQMP) and the Soil and Water Quality Management Plan (SWQMP);

• liquid wastes are to be stored in appropriate containers in bunded areas until transported offsite. Bunded areas will have the capacity to hold 110% of the liquid waste volume for bulk storage or 120% of the volume of the largest container for smaller packaged storage;

• hazardous waste will be managed by appropriately qualified and licensed contractors, in accordance with the requirements of the Environmentally Hazardous Chemicals Act 1985 and the EPA waste disposal guidelines; and

• all other recyclable or non-recyclable wastes are to be stored in appropriate covered receptacles (e.g. bins or skips) in appropriate locations onsite and contractors commissioned to regularly remove / empty the bins to approved disposal or recycling facilities.

5.4.4 Waste disposal Waste (and spoil) disposal is to be in accordance with the Protection of the Environment Operations Act 1997 and the Waste Avoidance and Resource Recovery Act 2001. Wastes that are unable to be reused or recycled will be disposed of offsite to an EPA approved waste management facility following classification (refer to section 5.1). The waste contact list and locations of waste management / disposal facilities are included in Appendix A and Appendix B respectively. Details of waste types, volumes and destinations are to be recorded in the Waste Management Register.


5.4.5 Energy conservation FYJV is dedicated to implementing energy conservation best practice and the reduction of greenhouse gases by adopting energy efficient work practices including:

• developing and implementing procedures to minimise energy use; and • conducting awareness among site personnel regarding energy conservation

methods. General energy consumption may be reduced by:

• Select construction materials with consideration to their lifespan and potential for reuse.

• Source recycled materials or select materials with a lower embodied energy content, and reuse materials where ever practical on site;

• Selecting plant and equipment with higher energy efficiency ratings; and • Procuring renewable energy sources during operation of the compound site.

5.4.6 Diesel Usage Diesel usage represents the primary consumption of energy for the Project. Diesel usage may be minimised by employing the following strategies:

• ensure all plant is maintained to the required performance standards; • trucks should avoid using the local road network during peak traffic periods; • minimise truck queuing and unnecessary trips through logistical planning of materials

delivery and work practices; • stationary trucks should switch off engines if idling time on-site is likely to exceed 2

minutes; • consider use of plant capable of running on bio-diesel; • minimise double handling of materials; • turn off air-conditioning, lights when no longer required; • consider organised car pooling or bus transportation of employees to site locations; and • source materials and equipment locally.

5.4.7 Waste Storage The number and capacity of skip bins required onsite will be determined by FYJV based on the predicted quantities of waste produced during construction activities. Sufficient space should be provided for waste storage areas. All waste generated on site, when it is not able to be directly deposited into the skip bins, will be placed in designated, appropriately bunded and sign-posted stockpile areas, within the site for transfer to the skip bins by bobcat or other means. On-site sorting and collections systems should be put in place to ensure efficient recycling of waste, including appropriate signage for recycling areas/skip bins. At minimum, the following dedicated skips/bins/stockpiles are likely to be required for:

• green waste; • topsoil material suitable for reuse; • excavated material suitable for reuse; • steel, scrap metal; • concrete; • timber / wood waste;


• general waste; • contaminated waste; • hazardous waste; and • liquid waste.

Co-mingled recycling bins will be provided for plastic beverage bottles, soft drink cans and other containers to ensure these items do not end up at landfill. Waste storage areas will be accessible and allow sufficient space for storage and servicing requirements. The storage areas will also be flexible in order to cater for change of use throughout the Project. All waste placed in skips or bins for disposal or recycling shall be adequately contained and secured to ensure that the waste does not fall, blow, wash or otherwise escape from the site (i.e. appropriate siting of waste stockpile locations should take into account slope and drainage factors to avoid contamination of stormwater drains during rain events). Waste containers are to be kept clean and in a good state of repair. The frequency of the waste removal will, in most cases, be dictated by the volume of material being deposited into the skip/bins. All skips/bins leaving the Project site will be covered with a suitable tarpaulin to ensure that the spillage of wastes from the skips whilst in transit is prohibited. Spoil, topsoil and mulch are to be stockpiled onsite in allocated areas, where appropriate, and mitigation measures for dust control and surface water management will be implemented as per the AQMP and SWQMP.

5.5 Spills Management Containment measures such as spill kits will be provided at appropriate locations and in close proximity to staff car park areas, dangerous goods storage areas and main activity areas. Safety Data Sheets (SDS) will also be located within dangerous goods stores for advice on spillage clean up and disposal. For more information, refer to Appendix A Environmental Incident and Spill Response Protocol of the Soil and Water Quality Management Plan.

Northern Beaches Hospital – Connectivity and Network Enhancements Project

Waste

and E

nergy M

anagem

ent Sub Plan

Page 23

6 En

viron

menta

l man

agem

ent m

easu

res

A ran

ge of e

nviro

nmen

tal re

quire

ments

and

man

agem

ent m

easu

res are

identi

fied in

the S

tage 1 an

d Sta

ge 2 E

ISs, S

ubmi

ssion

s Rep

orts,

supp

lemen

tary a

sses

smen

ts, Co

nditio

ns of

Appro

vals,

RMS d

ocum

ents,

and f

rom re

cent

expe

rienc

e on s

imilar ro

ad pr

ojects

. The

se re

quire

ments

an

d env

ironm

ental

man

agem

ent m

easu

res ha

ve be

en in

corpo

rated

into

Table

6-1 f

or Sta

ge 1

and T

able

6-2 fo

r Stag

e 2.

Table

6-1:

Specific

environme

ntal m

anagem

ent m

easures

for S

tage 1

Stage 1

ID

Stage 1

Measure / R

equir

ement

Refer

ence

When to

imple

ment

Responsib

ility

Where

Add

ressed

GENE

RAL

WEMM1

All staff and subcontractors will undergo a site induction and

ongoing toolbox talks that will detail waste minimisation and

reuse management measures, including the requirements of

the waste management hierarchy. Waste minimisation

training will include energy consumption awareness that

promotes energy conservation methods including minimising

energy used by switching off equipment when not in use.

G36 Clause 3.5

Good practice

Pre-construction

Construction

Environmental

Coordinator

Section 7.2 Training (induction)

WEMM2

Resource & Waste management measures from

this WEMP

will be included in relevant Environmental Work Method

Statements that will be developed prior to the

comm

encement of specific activities.

G36 Clause 3.2.5

G36 Clause 4.14.1 Pre-construction /

Construction

Environmental

Coordinator

All EW

MS

PROC

UREM

ENT S

USTAINAB

ILITY INITIATIVE

S WEMM3

A number of sustainable procurement opportunities have

been identified, these include:

• key suppliers to report on environmental and

sustainability initiatives, policy and implementation;

• sustainability performance as a supplier selection

criterion;

• sustainability objectives and/or targets in supplier

contracts.

ISCA requirements

Construction

Procurement

Manager

Procurement Packages

(contracts)

Monthly Waste/Materials Usage

Statements


Waste

and E

nergy M

anagem

ent Sub Plan

Page 24

Stage 1

ID

Stage 1

Measure / R

equir

ement

Refer

ence

When to

imple

ment

Responsib

ility

Where

Add

ressed

INAP

PROP

RIATE H

ANDLING AN

D/OR

DISP

OSAL OF W

ASTE

WEMM4

A Resource and W

aste Management Plan will be prepared to

identify the hierarchy for sourcing and use of resources. The

plan will adopt the Resource Management Hierarchy

principles of the W

ARR Act and include:

• Identification of the waste streams that will be generated

during construction;

• A w

aste register detailing types of waste collected,

amounts, date, time and details of disposal; and

• A resource management strategy detailing beneficial

reuse options for surplus and/or unsuitable material.

SPIR

Pre-construction

Environment

Manager

This Plan

Chapter 5

Appendix C (Waste Management

Register)

Monthly Waste/Materials Usage

Statements

WEMM5

All wastes, including contam

inated wastes, will be identified

and classified in accordance with Environmental Guidelines:

Assessment, Classification and Management of Liquid and

Non-Liquid Wastes.

SPIR

EPL

Construction

Environment

Manager

Chapter 5

WEMM6

Disposal of any non-recyclable waste will be in accordance

with the PO

EO Act and Waste Classification Guidelines: Part

1 Classifying W

aste.

SPIR

EPL

Construction

Environment

Manager

Chapter 5

INAP

PROP

RIATE D

ISPOS

AL OF E

XCAV

ATED

MATER

IAL T

HAT C

ANNO

T BE R

EUSE

D IN TH

E STAGE

1 PR

OJEC

T WEMM7

Excavated material that is not suitable for on-site reuse or

recycling will be transported to a site that may legally accept

that material for reuse or disposal.

SPIR

EPL

Construction

Environment

Manager

Appendix A (Waste Contact List)

Appendix B (Location of Waste

Facilities)

WEMM8

Excavated material leaving the site will be classified in

accordance with the W

aste Classification Guidelines so that

correct resource recovery and or off-site disposal occur.

SPIR

EPL

Construction

Environment

Manager

Chapter 5

Appendix A (Waste Contact List)


Register)

WEMM9

An s143 notice under the PO

EO Act will be completed

should the off-site (on private property) disposal of road

construction waste material or VENM be deemed necessary.

G36

Construction

Environment

Manager

Disposal Records


Register)

ENER

GY CON

SUMP

TION DU

RING

CON

STRU

CTION

WEMM10

Energy (fuel/electricity) efficiency would be assessed in

selecting plant and equipment. Where reasonable and

SPIR

Pre-construction

Construction

Procurement

Manager


(contracts)


Waste

and E

nergy M

anagem

ent Sub Plan

Page 25

Stage 1

ID

Stage 1

Measure / R

equir

ement

Refer

ence

When to

imple

ment

Responsib

ility

Where

Add

ressed

feasible, plant and equipment with higher energy efficiency

ratings would be selected.

WEMM11

Use of locally sourced materials to reduce transport

emissions where reasonable and feasible

SPIR

Construction

Procurement

Manager

Project Procurement Plan

WEMM12

Flyash content within concrete would be specified where

feasible.

SPIR

Pre-construction

Design M

anager

Design Plan

WEMM13

The feasibility of using biofuels (biodiesel, ethanol, or blends

such as E10 or B80) would be investigated by the contractor,

taking into consideration the capacity of plant and equipment

to use these fuels, ongoing maintenance issues and local

sources. Works would be planned to minimise fuel use.

SPIR

Construction

Procurement

Manager

Construction

Manager

Project Procurement Plan

REUS

E OF E

XCAV

ATED

MATER

IALS

WEMM14

Cleared vegetation will be reused or recycled to the greatest

extent practicable for example:

• Mulching of vegetation for use in landscaping

• Spreading of vegetation for fauna habitat in suitable

areas where agreements are made for the (e.g. mulch,

small timber, hollow logs)

Donation of the other timber to comm

unity of environmental

groups.

G40 Clause 4

G38 Clause 6.17

Construction

Construction

Manager

Environment

Manager

EWMS04 - Clearing and Grubbing

SWQMP – Appendix C Spoil and

Fill Management Procedure

Urban Design and Landscape

Plan

WEMM15

Topsoil (weed free) to be reused onsite would be stockpiled

in accordance with RMS criteria in allocated areas and

reused for landscaping.

G38 Clause 3.2

Construction

Construction

Manager

Environment

Manager

EWMS04 - Clearing and Grubbing

SWQMP – Appendix C Spoil and

Fill Management Procedure

Urban Design and Landscape

Plan

WASTE T

RACK

ING

WEMM16

A Waste Management Register of all waste collected for

disposal and/or recycling will be maintained until final

completion.

G36 Clause 4.14.1

EPL

Construction

Construction

Manager

Environment

Manager


Register)


Waste

and E

nergy M

anagem

ent Sub Plan

Page 26

Table

6-2:

Specific

environme

ntal m

anagem

ent m

easures

for S

tage 2

Stage 2

ID

Stage 2

Measure / R

equir

ement

Refer

ence

When to

imple

ment

Responsib

ility

Where

Add

ressed

GENE

RAL

WEMM17

All staff and subcontractors will undergo a site induction

and ongoing toolbox talks that will detail waste minimisation

and reuse management measures, including the

requirements of the waste management hierarchy. Waste

minimisation training will include energy consumption

awareness that promotes energy conservation methods

including minimising energy used by switching off

equipment when not in use.

G36 Clause 3.5

Good practice

Pre-construction

Construction

Environmental

Coordinator

Section 7.2 Training

(induction)

WEMM18

Resource & Waste management measures from

this

WEMP w

ill be included in relevant Environmental Work

Method Statements that will be developed prior to the

commencement of specific activities.

G36 Clause 3.2.5

G36 Clause 4.14.1

Pre-construction

Construction

Environmental

Coordinator

All EW

MS

PROC

UREM

ENT S

USTAINAB

ILITY INITIATIVE

S WEMM19

A number of sustainable procurement opportunities have

been identified, these include:

• key suppliers to report on environmental and

sustainability initiatives, policy and implementation;

• sustainability performance as a supplier selection

criterion;

• sustainability objectives and/or targets in supplier

contracts.

ISCA requirements

Construction

Procurement

Manager


(contracts)

Monthly Waste/Materials

Usage Statements

INAP

PROP

RIATE H

ANDLING AN

D/OR

DISP

OSAL OF W

ASTE

WEMM20

A Resource and W

aste Management Plan will be prepared

to identify the hierarchy for sourcing and use of resources.

The plan will adopt the Resource Management Hierarchy

principles of the W

ARR Act and include:

• Identification the waste streams that will be generated

during construction;

• A w

aste register detailing types of waste collected,

amounts, date, time, and details of disposal; and

Submissions Report

EPL

Pre-construction

Environment

Manager

This Plan

Chapter 5

Appendix C (Waste

Management Register)

Monthly Waste/Materials

Usage Statements


Waste

and E

nergy M

anagem

ent Sub Plan

Page 27

Stage 2

ID

Stage 2

Measure / R

equir

ement

Refer

ence

When to

imple

ment

Responsib

ility

Where

Add

ressed

• A resource management strategy detailing beneficial

reuse options for surplus and/or unsuitable material.

WEMM21

All wastes, including contam

inated wastes, will be identified

and classified in accordance with Environmental

Guidelines: Assessment, Classification and Management of

Liquid and Non-Liquid Wastes.

Submissions Report

EPL

Construction

Environment

Manager

Chapter 5

WEMM22

Disposal of any non-recyclable waste will be in accordance

with the PO

EO Act and Waste Classification Guidelines:

Part 1 Classifying W

aste.

Submissions Report

EPL

Construction

Environment

Manager

Chapter 5

INAP

PROP

RIATE D

ISPOS

AL OF E

XCAV

ATED

MATER

IAL T

HAT C

ANNO

T BE R

EUSE

D IN TH

E STAGE

2 PR

OJEC

T WEMM23

Excavated material that is not suitable for on-site reuse or

recycling will be transported to a site that may legally

accept that material for reuse or disposal.

Submissions Report

EPL

Construction

Environment

Manager

Appendix A (Waste Contact

List)

Appendix B (Location of

Waste Facilities)

WEMM24

Excavated material leaving the site will be classified in

accordance with the W

aste Classification Guidelines so that

correct resource recovery and or off-site disposal occur.

Submissions Report

EPL

Construction

Environment

Manager

Chapter 5

WEMM25

An s143 notice under the PO

EO Act will be completed

should the off site (on private property) disposal of road

construction waste material or VENM be deemed

necessary.

G36

EPL

Construction

Environment

Manager

Disposal Records

Appendix C (Waste


WEMM26

An asbestos survey would be undertaken of buildings to be

demolished as part of the project. The survey would be

conducted by a suitably qualified occupational hygienist.

Submissions Report

EPL

Pre-construction

Construction

Construction

Manager

Demolition CWMS

SWQMP - Appendix K

Asbestos Management Plan

WEMM27

Asbestos handling and management would be undertaken

in accordance with:

• Work Health and Safety Act 2011;

• Code of Practice for the Safe Removal of Asbestos 2nd

edition (NOHSC, 2005);

• Code of Practice for the Management and Control of

Asbestos in W

orkplaces (NOHSC, 2005);

Submissions Report

EPL

Construction

Environment

Manager

SWQMP - Appendix K

Asbestos Management Plan


Waste

and E

nergy M

anagem

ent Sub Plan

Page 28

Stage 2

ID

Stage 2

Measure / R

equir

ement

Refer

ence

When to

imple

ment

Responsib

ility

Where

Add

ressed

• Protection of the Environment Operations (Waste)

Regulation 2005 – section 42 special requirements

relating to asbestos waste; and

• AS2601:1991 Demolition of Structures.

MANA

GEME

NT OF E

XCES

S MATER

IAL

WEMM28

A Spoil Management Strategy would be developed prior to

the comm

encement of construction and implemented

during construction. The strategy would identify spoil

disposal site(s) and describe the management of spoil on-

site and during off-site transport.

Submissions Report

EPL

Pre-construction

Construction

Environment

Manager

SWQMP – Appendix C Spoil

and Fill M

anagement

Procedure

Appendix B (Location of

Waste Facilities)

WEMM29

Where possible and fit for purpose, spoil would be

beneficially re-used within the project before off-site re-use

or disposal options are pursued.

Submissions Report

Construction

Environment

Manager

Chapter 5

WEMM30

Before being transported from construction sites, excavated

spoil would be classified in accordance with the W

aste

Classification Guidelines: Part 1 Classifying W

aste

(DECCW, 2009) to ensure appropriate reuse or disposal.

Submissions Report

EPL

Construction

Environment

Manager

Chapter 5

RE-USE

OF E

XCAV

ATED

MATER

IALS

WEMM31

Reuse of excavated road materials would be maximised as

far as possible where they are cost, quality and

performance competitive to reduce use of materials (with

embedded energy).

Submissions Report

Pre-construction

Environment

Manager

Design Manager

Design Reports

WEMM32

Cleared vegetation will be reused or recycled to the greatest

extent practicable for example:

• Mulching of vegetation for use in landscaping

• Spreading of vegetation for fauna habitat in suitable

areas where agreements are m

ade for the (e.g. mulch,

small timber, hollow logs)

Donation of the other timber to community of environmental

groups.

G40 Clause 4

G38 Clause 6.17

Construction

Construction

Manager

Environment

Manager

EWMS04 - Clearing and

Grubbing


and Fill M

anagement

Procedure

Urban Design and

Landscape Plan


Waste

and E

nergy M

anagem

ent Sub Plan

Page 29

Stage 2

ID

Stage 2

Measure / R

equir

ement

Refer

ence

When to

imple

ment

Responsib

ility

Where

Add

ressed

WEMM33

Topsoil (weed free) to be reused onsite would be stockpiled

in accordance with RMS criteria in allocated areas and

reused for landscaping.

G38 Clause 3.2

Construction

Construction

Manager

Environment

Manager

EWMS04 - Clearing and

Grubbing


and Fill M

anagement

Procedure

Urban Design and

Landscape Plan

ENER

GY CON

SUMP

TION DU

RING

CON

STRU

CTION

WEMM34

Energy (fuel/electricity) efficiency would be assessed in

selecting plant and equipment. Where reasonable and

feasible, plant and equipment with higher energy efficiency

ratings would be selected.

Submissions Report

Pre-construction

Construction

Procurement

Manager


(contracts)

WEMM35

Use of locally sourced materials to reduce transport

emissions where reasonable and feasible.

Submissions Report

Construction

Procurement

Manager


(contracts)

WEMM36

Flyash content within concrete would be specified where

feasible.

Submissions Report

Pre-construction

Design Manager

Design Reports

WEMM37

The feasibility of using biofuels (biodiesel, ethanol, or

blends such as E10 or B80) would be investigated by the

contractor, taking into consideration the capacity of plant

and equipment to use these fuels, ongoing maintenance

issues and local sources. Works would be planned to

minimise fuel use.

Submissions Report

Construction

Procurement

Manager

Construction

Manager


(contracts)

WASTE T

RACK

ING

WEMM38

A Waste Management Register of all waste collected for

disposal and/or recycling will be maintained until final

completion.

G36 Clause 4.14.1

EPL

Construction

Construction

Manager

Environment

Manager

Appendix C (Waste



7 Compliance management 7.1 Roles and responsibilities FYJV’s Project Team organisational structure and overall roles and responsibilities are outlined in Section 4.2 of the CEMP. Specific responsibilities for the implementation of environmental management measures are detailed in Chapter 6 of this Plan.

7.2 Training All employees, contractors and utility staff working on site will undergo a site induction that includes waste and energy management issues. The induction training will address elements including:

• existence and requirements of this Plan; • relevant legislation; • incident response, management and reporting; • waste reporting requirements; • requirements of the waste hierarchy; • waste / recycle storage requirements; • energy efficient best practices; • other specific responsibilities for waste and reuse management; and • other specific responsibilities for energy management.

Targeted training in the form of toolbox talks or specific training will also be provided to personnel with roles in demolition, clearing and earthworks. Examples of training topics include:

• EWMS04 – clearing and grubbing; • Asbestos Management Plan; and • Spoil management.

Further details regarding staff induction and training are outlined in Chapter 5 of the CEMP.

7.3 Monitoring and inspection Compliance with the requirements of this Plan, its implementation and effectiveness will be monitored through:

• Regular inspections of the worksite and activities; • Fortnightly ER, RMS and FYJV environmental inspections; • Internal and external audits; • Inspection of the Waste Management Register (as per Appendix C); and • Compliance tracking reports.

Additional requirements and responsibilities in relation to compliance, are further outlined in Stage 1 CoA C27 and Stage 2 CoA D27, and are documented in Chapter 8 of the CEMP.

7.4 Licences and permits The Stage 1 project works are subject to an EPL (Licence No. 20673, 19 October 2015) as a scheduled activity “Extractive Activities, Road Construction”. The EPL prescribes management requirements for waste generated from the Project that must be complied with. These


requirements will be managed by the planned management measures specified in Table 6-1 (Stage 1) and in Table 6-2 (Stage 2). The EPL also prescribes requirements for complaints handling, reporting and record keeping. These requirements will be implemented in accordance with the incident and complaints reporting outlined in section 8.6. The EPL will be subject to variation to incorporate Stage 2 project works. This will be issued prior to commencement of Stage 2 construction. Any other relevant licences or permits will be obtained in the lead up to and during construction as required.

7.4.1 Waste transport licence requirements An Environment Protection Licence is required for transporting more than 200 kilograms of the following wastes in any load:

• “Category 1 Trackable Wastes” within NSW • “Category 2 Trackable Wastes” from NSW to another state or from another state to

NSW or if Category 2 wastes are transported through NSW. A list of Category 1 and 2 wastes can be found on the EPA’s website at: http://www.epa.nsw.gov.au/resources/owt/trackwaste07522.pdf. Table 3-4 of the RMS Technical Guide: Management of road construction and maintenance wastes also includes information on whether a licence is required for the transport of typical wastes generated from Roads and Maritime Services construction and maintenance projects. An Environmental Protection Licence is not required for the transport of waste:

• in an emergency to protect human health, the environment or property, • for the purposes of analysis related to waste categorisation, • via a pipeline, • any residue of a substance in a container if the container is to be refilled with the same

type of substance.

7.5 Auditing Audits (both internal and external) will be undertaken to assess the effectiveness of environmental mitigation and management measures, compliance with this Plan, CoA and other relevant approvals, licenses and guidelines. Audit requirements are detailed in Section 8.4 of the CEMP.

7.6 Reporting A Waste Management Register of all waste collected for disposal and/or recycling will be maintained on a monthly basis until final completion. Wastes will be tracked using information provided on dockets/invoices from contractors engaged to remove waste. Materials that are approved to be reused on site will also be included on the Waste Management Register. In the event of any incident arising from the generation and management of waste, all incidents including complaints will be managed in accordance with the incident reporting and investigation procedures specified in Chapter 7 of the CEMP. A written report will detail the


incident, the actions taken to remedy the problem and the timing of such actions. A final report with proposed measures to prevent the occurrence of a similar incident will be submitted to the RMS. The CEMP procedures also require compliance with complaints reporting to the EPA in accordance with the pollution complaints requirements of the EPL. General reporting requirements and responsibilities are documented in the Section 8.5 of the CEMP.


8 Review and improvement 8.1 Continuous improvement Continuous improvement of this Plan will be achieved by the ongoing evaluation of environmental management performance against environmental policies, objectives and targets for the purpose of identifying opportunities for improvement. The continuous improvement process will be designed to:

• identify areas of opportunity for improvement of environmental management and performance;

• determine the cause or causes of non-conformances and deficiencies; • develop and implement a plan of corrective and preventative action to address any

non-conformances and deficiencies; • verify the effectiveness of the corrective and preventative actions; • document any changes in procedures resulting from process improvement; and • make comparisons with objectives and targets.

8.2 WEMP update and amendment The processes described in Chapter 8 and Chapter 9 of the CEMP may result in the need to update or revise this Plan. This will occur as needed. Any revisions to this Plan will be in accordance with the process outlined in Section 1.6 of the CEMP. A copy of the updated plan and changes will be distributed to all relevant stakeholders in accordance with the approved document control procedure – refer to Section 10.2 of the CEMP.


Appendix A Waste Contact List Document No: NBHRDC-EN-WEMP-APPA_PLN Revision Revision

Date Prepared by (Name and Title)

Reviewed by (Name and Title)

Authorisation (Name and Title)

Authorisation Signature

A July 15 Steve Fermio Environment

Paul Farris Construction Manager

Mark Turner Environmental Manager

0 Nov 15 Tim Faiz Environment Co-ordinator



1 Feb 16 Tim Faiz Environment Co-ordinator

Claudio Senese Environmental Approvals


2 Mar 16 Tim Faiz Environment Co-ordinator



3 Aug 16 Jared Lipton Environment Co-ordinator



Land

fill an

d Rec

yclin

g Cen

tre D

etails

Fa

cility

Ty

pe

Conta

ct De

tails

Waste

Acc

epted

Wa

ste R

ecyc

led

Bins S

kips W

aste and

Recyclin

g Skip Bin

Hire

Various dispatc

h locations acro

ss Sy

dney

(Parram

atta, Home

bush Ba

y, Gladesville,

Kellyv

ille, Castle Hill).

Dispatch an

d pick up

Phone: 02 88

40 00

24

• Genera

l waste (lig

ht) Bin.

• Genera

l waste (he

avy) Bin

. • G

reen w

aste Bin

. • B

rick/C

oncre

te ma

terials B

in.

• Concre

te only Bin

. • M

asonry ma

terials B

in.

• Card

board

and P

aper Bin

. • P

lasterboard

and g

yproc

k Bin.

• T

imber Bin.

• S

crap m

etal Bin.

• C

lean F

ill Bin.

• H

ard Fill B

in.

• Asbestos waste.

Transfer of

recyclable

materials only

including pa

per

and card

board

, and scra

p meta

ls for waste

recycling

JJ Richard

s & So

ns

Skip Bin

/Wheelie B

in Hire, waste collection

20 Tu

cks R

oad, Seven H

ills NSW

2147

16 Childs Road, Chipping

Norton NSW

2170

Drop-off, D

ispatch a

nd Pick up

Phone: 02 98

32 40

22

• Genera

l waste.

• Construction w

aste.

• Hazard

ous a

nd chem

ical waste.

• Clinical W

aste.

• Waste oil/grease.

• Waste tyre.

• Eme

rgency spill re

sponse.

Transfer of

recyclable

materials only

including oils and

tyres for w

aste

recycling

Murph

ys Grou

p Serv

ices

Licensed A

sbestos an

d Hazardo

us mate

rials

Remo

valist

60 Cope S

treet, Redfern N

SW 20

16

Phone: 02 95

78 96

00

• Asbestos an

d hazard

ous m

aterials testing a

nd

analysis.

• Hygienist report.

• Asbestos an

d hazard

ous m

aterials rem

oval.

N/A

Land

fill an

d Rec

yclin

g Cen

tre D

etails

Fa

cility

Ty

pe

Conta

ct De

tails

Waste

Acc

epted

Wa

ste R

ecyc

led

Ross Mitchell &

Associates

Licensed A

sbestos an

d Hazardo

us mate

rials

Remo

valist

27/6-20 Braidwood Stree

t, Strathfield S

outh

NSW 2136

Phone: 1300 79

8 808

• Asbestos an

d hazard

ous m

aterials testing a

nd

analysis.

• Hygienist report.

• Asbestos an

d hazard

ous m

aterials rem

oval.

N/A

NSW Contracting

Licensed A

sbestos

Remo

valist

19 Ba

rker Avenue, Silverwate

r NSW

2128

Phone: 1300 93

7 679, 0407 0

50 69

4

• Asbestos remo

val.

N/A

Cooke’s Meta

ls Recycler

Metal Recycling F

acility

, Skip Bin

Hire

82 As

quith Stree

t, Silve

rwate

r NSW

2182

Drop-off, D

ispatch a

nd Pick up

Phone: 02 97

48 15

64

• Scra

p meta

ls including white g

oods, spent

engines an

d tran

smissions and other sealed

units

• Batteries.

Scrap

meta

ls Batteries

Access Recycling - North

Shore

Me

tal Recycling F

acility

, Skip Bin

Hire

51 Dickson A

venue, Artarmo

n NSW

2064

Drop-off, D

ispatch a

nd Pick up

Phone: 02 94

36 30

00

• Scra

p meta

ls including spent m

otors

Scrap

meta

ls

Kimbriki Resourc

e Recovery Centre

Waste Managem

ent

Facility and L

andfill

Kimbriki Road (off M

ona V

ale Road),

Ingleside NSW

2101

Phone: 02 94

86 35

12

• Asbestos.

• VEN

M.

• Genera

l (non-pu

trescible) and inert w

aste.

• Gree

n and wood w

aste.

• Concre

te and m

etal.

• Car tyres.

• Gas bo

ttles.

• White g

oods.

• Moto

r oil.

Reusable spoil

(VEN

M)

Paper, c

ardboard

Batteries

Scrap

meta

l Wa

ste oils

Tyres

Land

fill an

d Rec

yclin

g Cen

tre D

etails

Fa

cility

Ty

pe

Conta

ct De

tails

Waste

Acc

epted

Wa

ste R

ecyc

led

Elizabeth Drive (Kem

ps

Creek) Resourc

e Recovery Park

Waste Managem

ent

Facility and L

andfill

Elizabeth Drive, Kem

ps Cree

k NSW

2178

Phone: 02 98

26 31

00

• Genera

l solid classified conta

minated

soils.

• Genera

l solid classified asbestos

conta

minated

soils.

• Restric

ted classified conta

minated

wastes.

• VEN

M/EN

M.

Reusable spoil

(VEN

M, EN

M)

Wallgro

ve Road (Eastern

Creek) Resourc

e Recovery Park

Waste Managem

ent

Facility and L

andfill

Wallgro

ve Road, Eastern Creek N

SW 27

66

Phone: 1300 65

1 116

• Genera

l solid classified conta

minated

soils.

• Genera

l solid classified asbestos

conta

minated

soils.

• Restric

ted classified conta

minated

wastes.

• VEN

M/EN

M.

Reusable spoil

(VEN

M, EN

M)

Genesis Xe

ro Waste

Facility

Waste Managem

ent

Facility & L

andfill

Honeycom

b Drive, Eastern Creek N

SW 27

66

Phone: 02 98

32 33

33

• All w

astes (in

cluding a

sbestos waste).

• Exclusions – ha

zardo

us, re

stricted, fo

od,

liquid, m

edical and ch

emical wastes.

Recyclin

g of

specific mate

rials

including

concrete, brick

and m

etals after

sortin

g. Bettergrow Pty. Lim

ited

Waste Managem

ent

Facility

48 Industry R

oad, Vin

eyard

NSW

2765

Phone: 02 45

87 78

52

• Drill slurries

• Gree

n waste

• Stormw

ater collection

• Wood w

aste

• Gyproc

k • B

io solids from

sewerag

e trea

tment plants

• Food w

aste

• Grea

se tra

p waste and liquid waste

Drillin

g mud

recycling

Liquid waste

recycling

Land

fill an

d Rec

yclin

g Cen

tre D

etails

Fa

cility

Ty

pe

Conta

ct De

tails

Waste

Acc

epted

Wa

ste R

ecyc

led

Worth R

ecycling

Waste Managem

ent

Facility

Corne

r Blackm

an Cres

and F

airy R

oad

South

Windsor N

SW 2756

Phone: 02 45

87 78

52

• Drill slurries

• Liquid waste

• S

olid w

aste

Drillin

g mud

recycling

Liquid waste

recycling

Solid waste

treatm

ent

18 Macphers

on St,

Warriew

ood

Subdivis

ion

(Section 1

43)

Dominic Collignon

92102100

VE

NM

Reusable spoil

(VEN

M)

Residue 12

08-12

74 Th

e Northern

Road L

landilo,

NSW 27

47

Subdivis

ion

(Section 1

43)

Maryland D

evelo

pment Com

pany Pty Ltd PO

Box 4 Pa

rrama

tta NSW

2124

VENM

, ENM

(Topsoil)

Reusable spoil

(VEN

M, EN

M)

Lots 111/1

12

DP1190510, Ric

hmond

Road, M

arsden P

ark

Lot 2 DP235714, 1200

Richm

ond R

oad,

Marsd

en Pa

rk

Subdivis

ion

(Section 1

43)

Pip Sa

nders

Sto

ckland D

evelopm

ent Pty Ltd

GP

O BO

X 5013

Sydney 20

01

VENM

Reusable spoil

(VEN

M)

Belrose Waste Facility

Waste Fa

cility

Judy White

02 96

85 49

66

VENM

Reusable spoil

(VEN

M)

Waste conta

ct list contractors subject to

refinem

ent fo

llowin

g contract negotiations an

d approp

riate appro

vals and licences in place

Appendix B Location of Waste Facilities Document No: NBHRDC-EN-WEMP-APPB_PLN

Revision Revision Date

Prepared by (Name and Title)



















Location of Waste Facilities

Bins Skips Waste and Recycling 186 Wrights Road, Kellyville NSW 2155

JJ Richards & Sons 20 Tucks Road, Seven Hills NSW 2147

Murphys Group Services 60 Cope Street, Redfern NSW 2016

Ross Mitchell & Associates 27/6-20 Braidwood Street, Strathfield South NSW 2136

NSW Asbestos Removal 19 Baker Avenue, Silverwater NSW 2128

Cooke’s Metals Recycler 82 Asquith Street, Silverwater NSW 2182

Access Recycling - North Shore 51 Dickson Avenue, Artarmon NSW 2064

Kimbriki Resource Recovery Centre Kimbriki Road, Ingleside NSW 2101

Elizabeth Drive (Kemps Creek) Resource Recovery Park Elizabeth Drive, Kemps Creek NSW 2178

Wallgrove Road (Eastern Creek) Resource Recovery Park Wallgrove Road, Eastern Creek NSW 2766

Genesis Xero Waste Facility (Dial a Dump) Honeycomb Drive, Eastern Creek NSW 2766

Bettergrow 48 Industry Road, Vineyard NSW 2765

Worth Recycling Corner Blackman Cres and Fairy Road, South Windsor NSW 2756

Subdivision (Section 143) - 18 Macpherson St, Warriewood (VENM material)

Maryland Development Company Pty Ltd Sub division (Section 143) - Residue 1208-1274 The Northern Road Llandilo, NSW 2747 (VENM, ENM material)

Stockland Development Pty Ltd Sub division (Section 143) - Lots 111/112 DP1190510, Richmond Road, Marsden Park Lot 2 DP235714, 1200 Richmond Road, Marsden Park (VENM material)

Belrose Waste facility (VENM material)

Appendix C Example Waste Management Register Document No: NBHRDC-EN-WEMP-APPC_REG

Revision Revision Date

Prepared by (Name and Title)



















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