GEOTECH ENGINEERING AND TESTINGGEOTECH ENGINEERING AND TESTING 6 ACCREDITATIONS Geotech Engineering...

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GEOTECH ENGINEERING AND TESTING GEOTECH ENGINEERING AND TESTING 800 VICTORIA DRIVE HOUSTON, TEXAS 77022-2908 TEL.: (713) 699-4000 FAX (713) 699-9200 E-MAIL: [email protected] STATEMENT OF QUALIFICATIONS FOR PETROCHEMICAL AND INDUSTRIAL PROJECTS SERVICING TEXAS, LOUISIANA, NEW MEXICO, OKLAHOMA 2015 www.geotecheng.com

Transcript of GEOTECH ENGINEERING AND TESTINGGEOTECH ENGINEERING AND TESTING 6 ACCREDITATIONS Geotech Engineering...

GEOTECH ENGINEERING AND TESTING

GEOTECH ENGINEERING AND TESTING 800 VICTORIA DRIVE

HOUSTON, TEXAS 77022-2908 TEL.: (713) 699-4000 FAX (713) 699-9200

E-MAIL: [email protected]

STATEMENT OF QUALIFICATIONS

FOR PETROCHEMICAL AND INDUSTRIAL PROJECTS

SERVICING

TEXAS, LOUISIANA, NEW MEXICO, OKLAHOMA

2015

www.geotecheng.com

GEOTECH ENGINEERING AND TESTING

TABLE OF CONTENTS Page

Introduction ................................................................................................................................. 1 Project Types .............................................................................................................................. 2 Geotechnical Engineering Services ............................................................................................ 2

General ............................................................................................................................ 2 Field Equipment .............................................................................................................. 2 Geotechnical Laboratory ................................................................................................. 2 Engineering Analysis and Report ................................................................................... 3

Environmental Engineering Services .......................................................................................... 3 Construction Materials Engineering Services ............................................................................. 4 Forensic Engineering Services .................................................................................................... 5 Safety .......................................................................................................................................... 5 Knowledge/Qualifications .......................................................................................................... 6 Accreditations ............................................................................................................................. 6 In-House Computer Capabilities................................................................................................. 6 Professional Affiliations ............................................................................................................. 7 Scheduling................................................................................................................................... 7 Insurance ..................................................................................................................................... 8 Disadvantaged Business Enterprise ............................................................................................ 8 Contacts....................................................................................................................................... 8 Appendix A – Key Resumes Appendix B - Typical Projects

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GEOTECH ENGINEERING AND TESTING COMPANY PROFILE

INTRODUCTION The purpose of this document is to provide our client a complete package of our capabilities for petrochemical and industrial projects. The information in this document can be used to put Geotech Engineering and Testing on your team to provide engineering services. We provide our services in Texas, Louisiana, New Mexico and Oklahoma. Geotech Engineering and Testing (GET) is a Texas owned, multi-disciplined organization of licensed engineers, geologists, field and laboratory technicians, and clerical personnel combine their technical capabilities, past experience, dedication, and enthusiasm to offer the finest services available. The firm offers a wide range of services for petrochemical, industrial, nuclear, marine terminals, pipeline, public works, transportation and port facilities. GET has a staff of about seventy (70) engineers, technicians, and support staff. The firm, which was established in 1985, provides the following services:

o Geotechnical Engineering, including soil borings, laboratory testing, engineering analyses and recommendations regarding industrial and petrochemical facilities, foundations, pavements, slope stability, retaining walls, ground improvement, dynamic loading, construction considerations, etc.

o Construction Materials Engineering, including earthwork, asphalt, steel, and concrete testing during construction.

o Environmental Engineering, including site assessments, monitor well installations, fault studies, and underground storage tank contamination studies.

o Forensic Engineering, developing causations and remedial measures for distress in plants, industrial sites, buildings, foundations, retaining walls, slopes, pavements and parking lots.

GET employees provide services on a vast number of diverse projects and clientele ranging from small petrochemical/industrial firms to large oil companies and contractors. The primary purposes of the firm are to promptly, accurately and comprehensively provide geotechnical reports, environmental studies and materials observations through our reasonably budgeted engineering services. GET encourages a continued involvement in projects starting with the initial environmental site assessment/geotechnical studies and following through into the design, construction or remediation phase. This ongoing association enhances project continuity and stability of the project team players.

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PROJECT TYPES Geotech Engineering and Testing and its staff members have been involved in geotechnical, environmental, materials and forensic engineering services for Industrial Sites, Petrochemical Complexes, Towers, Marine Terminals, Sea Walls, Electrical Substations, Power Plants, Tank Farms, Flare Stacks, Machine Foundations, Bulkheads, Pipelines, Erosion Protection Systems, Nuclear Facilities, etc. GEOTECHNICAL ENGINEERING SERVICES General Geotech Engineering and Testing and its staff members have many years of experience in conducting engineering services for more than 20,000 projects. The firm conducts over 900 projects a year. We can provide our services anywhere in Texas, Louisiana, Oklahoma, and New Mexico. Field Equipment GET is equipped with five drilling rigs, including a Failing Drilling Rig, to perform wet rotary or hollow-stem borings. We also have three Lone Star and two portable rigs. We can conduct drilling and sampling with our rigs up to 150-feet. In addition, together with our subcontractor drillers, we can drill to much deeper depths, install monitor wells, piezometers, and inclinometers. Our field crews have many years of experience in various subsoil and groundwater conditions. Our commitment to the client is to provide dependable service, the best and most up-to-date equipment, and reliable drilling personnel. GET has the capability and experience in surveying and staking the boring locations, and providing clearance from underground utilities. In areas that are heavily wooded, we can arrange for clearing of the project site. We are one of the few firms in Houston with our own drilling rigs. The portable rigs are very useful on wooded or sites with soft subgrade conditions. These small rigs can go places where the larger rig cannot get to. Therefore, saving the client time and money. GET is one of the few firms in Texas which is equipped with miniature rigs. These small, portable rigs access laborious places, such as tight sites within a plant, sites that are wooded or contain wet subgrade soil conditions, without significant clearing. In addition, these rigs can be operated inside buildings and in confined areas. Our crews are OSHA trained and have safety certifications. Geotechnical Laboratory Geotech Engineering and Testing’s laboratory has the capabilities to produce geotechnical testing under controlled conditions to evaluate standardized tests of materials, and tests of new materials used in research and development.

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Our tests will be conducted in general accordance with ASTM standards. Some of the geotechnical laboratory testing capabilities are as follows:

Engineering Analysis and Report The field and laboratory data combined with our engineering recommendations are presented in an engineering report. The report addresses specific project design, construction, and quality control requirements. ENVIRONMENTAL ENGINEERING SERVICES

The environmental laws require that prospective owners of properties conduct a reasonable and appropriate inquiry into the property, its past user, and the associated environmental liabilities. Failure to recognize environmental problems at a site results in significant financial liabilities to the purchaser or the seller. Geotech Engineering and Testing provides Phase I, Phase II, and Phase III Environmental Studies. These studies include ASTM E 1527, Standard Practice for Environmental Site Assessment: Phase I Environmental Site

Assessment Process, and ASTM E 1528, Standard Practice for Environmental Site Assessments: Transaction Screen Process. GET has a Corrective Action Project Manager (CAPM) on the staff to conduct Environmental Engineering Services. Our services include, but not limited to the following:

o Moisture content o Permeability tests o Triaxial tests o Atterberg Limits o Pinhole test o Chemical tests o Gradation tests o Torvane o Unconfined Compression Test o Consolidation tests o Resistivity tests o Hand Penetrometer o Swell tests o Proctor tests o California Bearing Ratio o Density tests o Hydrometer tests o Bar Linear Shrinkage o Organic Contents o Shear Strength o Compaction o Soil Classification o Soil suction o Specific Gravity o pH Tests o Other specialized tests

o Site reconnaissance. o Records search and review of regulatory agencies databases. o Communications with previous owners. o Aerial photograph review of past property use. o Review of chain-of-title activity for determining past property use. o Soil borings and monitor well installations. o Soil and groundwater sampling. o Physical and chemical testing of soil and

groundwaterwater samples. o Permitting and remediation, recommendations. o Asbestos studies.

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o Geological fault studies. o Truck-mounted and ATV drill rig drilling and sampling. o Geoprobe push sampling. o Cone Penetrometer Testing (CPT) field investigations. Geotech Engineering and Testing’s Underground Tank Management Group provides consulting engineering services in the following areas:

We combine our depth of experience with the latest in environmental, geotechnical, construction materials engineering and computer techniques to provide information necessary for the project. Our professional staff of engineers has intimate knowledge of the expanding technology, its uses, and its limitations. CONSTRUCTION MATERIALS ENGINEERING SERVICES Oil companies, industrial clients and contractors have always been concerned with the performance and quality of materials. Having knowledge of how materials are used and are expected to perform is the key to success of any project. Quality assurance and material testing provides evidence needed to establish the confidence that materials and techniques used are accomplished according to standards required by the design team. The technical staff of Geotech Engineering and Testing strives to keep abreast of new developments and procedures utilized in quality control programs. Our engineers and field technicians provide a vital link between the owner, professional design team and the contractor. GET's abilities in construction materials testing include testing and monitoring of the following:

o Site reconnaissance. o Corrective action plan, operation, monitoring and

performance. o Regulatory guidance and negotiation. o Permit application preparation. o Groundwater monitoring and leak detection. o Risk assessment and remediation.

o Concrete testing, including but not limited to; slump, air, cylinders, beams, yield, coring, cement content, mix design verification, batch plant inspection and rebar inspection.

o Soil testing, including but not limited to; densities, proctors, plasticity indices, gradations, -200's, cement and lime stabilization, and geotechnical testing.

o Asphalt testing, including but not limited to; densities, cutback sampling, cores, theoretical specific and gravity, bulk density, gradation and extraction, mix design and stability.

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o Structural steel, including but not limited to; weld inspection, A325 Bolt torque, welder qualifications, magnetic particle inspections, ultrasonic, liquid penetrant, paint thickness, holiday testing and sandblasting inspection.

GET's laboratories are approved by Harris County, City of Houston Quality Control, City of Houston Special Testing Department, Texas Department of Transportation, Metropolitan Transit Authority and Texas Department of Criminal Justice. FORENSIC ENGINEERING SERVICES

Geotech Engineering and Testing's staff specializes in foundations, retaining walls, slopes, and pavement distress studies. Our firm is considered a leading firm in evaluating foundations, slopes and pavement distress studies. We have specialized equipment and sampling devices that enable us to obtain soil samples in limited access areas. Furthermore, with strong instrumentation, non-destructive testing GET's in-house laboratory (testing facilities) capabilities can evaluate distressed structural materials and evaluate the causes of distress and proper remedial measures. During the past 26 years, GET's staff has conducted many forensic engineering projects. Furthermore, our staff members are often hired as expert witnesses and have also testified in court. SAFETY Our primary concern is the health and safety of our clients, public and our employees. Geotech Engineering and Testing has a Safety and Health program in place. We have been qualified by Pacific Industrial Contractor Safety (PICS) Auditing to perform work for major clients. Our staff members are trained at Houston Safety Council and Brazosport Safety Council. Furthermore, they also have Transportation Worker Identification Credential (TWIC) cards. This information is available, if requested. KNOWLEDGE/QUALIFICATIONS GET’s staff members have advanced degrees in geotechnical engineering. Our staff members include:

Total Number of Engineers: (15) Number of Technicians: (20) Number of Drillers: (5) P.E.’s: (3) Certifications: Crew Chief Certified: (2) Ph.D’s: (3) 1. NICET Helper Certified: (3) Master’s: (6) 2. ACI Bachelor’s: (3) 3. TxDOT

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ACCREDITATIONS Geotech Engineering and Testing possesses qualifications comparable to an ISO 9000 company. The firm is accredited by the American Association for Laboratory Accreditation (A2LA). The scope of our accreditation includes geotechnical, construction materials testing ASTM E329, C1077 for concrete, D-3740 for soils and D-3666 Bituminous. The firm has also been inspected by Cement and Concrete Reference Laboratory (CCRL), for concrete and aggregate testing. We calibrate our equipment at least every 12 months. Geotech Engineering and Testing is also involved in the American Association of State Highway and Transportation Officials (AASHTO) materials reference laboratory program. Through rigorous quality control procedures, we assure our clients the most accurate test results. An in-house quality assurance program is maintained for all of our testing equipment. This process includes updating calibrations of equipment, records and spot checking of test procedures being used by GET's staff and procurement of the newest equipment to ensure reliability. IN-HOUSE COMPUTER CAPABILITIES Our in-house computer capabilities include a networked computer system with 20-stations and the following engineering programs:

o Slope-Stability o Wave Equation o Dynamically-Loaded Structure o Settlement o Contour o Laterally-Loaded Piles o gINT o Seepage o Pavement Design o PVR o Pile Groups o Sheet Pile Wall Design o Axially-Loaded Piles o VOLFLOW

PROFESSIONAL AFFILIATIONS Geotech Engineering and Testing is associated with and in most cases a member of the following technical societies:

o ABC – Associated Builders and Contractors, Inc. o ACEC - American Council of Engineering Companies o HCEC - Houston Council of Engineering Companies o ASCE - American Society of Civil Engineers o FPA - Foundation Performance Association o CMAA - Construction Management Association of America o TSPE - Texas Society of Professional Engineers o NSPE - National Society of Professional Engineers o GHBA - Greater Houston Builder's Association o Chi Epsilon - National Civil Engineering Honor

Society o ASTM - American Society for Testing Materials

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o AGC - Association of General Contractors o TIBD - Texas Institute of Building Design o SAME - Society of American Military Engineers o PTI - Post-Tensioning Institute o EAA - Environmental Assessment Association o HAR - Houston Association of Realtors o APWA - American Public Work Association o SEAoT - Structural Engineer's Association of Texas o CEFPI - Council of Educational Facility Planners International o TAEP - Texas Association of Environmental Professionals o TAEP - Texas Association of Environmental Professionals o North Houston Association o West Houston Association o Pearland/Hobby Chamber of Commerce o Heights Chamber of Commerce o Cy-Fair Chamber of Commerce o Houston Hispanic Chamber of Commerce o Fort Bend County Chamber of Commerce o Cy-Fair Chamber of Commerce o South Montgomery County Chamber of Commerce

SCHEDULING Since we have our own drilling rigs and mobile laboratories, GET can generally mobilize on projects anywhere in Texas, Louisiana, Oklahoma, and New Mexico immediately after project authorization. This condition will expedite project execution time. We have a relatively large staff of engineers and support staff who conduct the entire laboratory testing in-house which often results in timely execution of the project tasks. INSURANCE GET's insurance coverage is as follows:

TYPE OF COVERAGE LIMITS OF LIABILITY

Worker's Compensation

$1,000,000 each accident

1,000,000 Disease - policy limit

1,000,000 Disease - each employee General Liability: Comprehensive, contractual, independent contractors, personal injury

o General Aggregate $5,000,000

o

Bodily Injury

$1,000,000 each person $1,000,000 each occurrence

o

Property Damage

$1,000,000 each person $1,000,000 each occurrence

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TYPE OF COVERAGE LIMITS OF LIABILITY

Automobile Liability: Comprehensive, owned, hired, non-owned

$1,000,000

Professional Liability: Errors and Omissions

$2,000,000 DISADVANTAGED BUSINESS ENTERPRISE Geotech Engineering and Testing is certified as a Historically Underutilized Business (HUB) by the State of Texas. GET is also certified as Disadvantaged Business Enterprise (DBE) with Texas Department of Transportation. In addition, GET is certified as a Minority Business Enterprise (MBE) with City of Houston, City of Austin, Houston ISD, SCTRCA and NCTRCA. Furthermore, GET is listed as a Small Business with Metropolitan Transit Authority and Port of Houston. GET has an affirmative action plan and prohibits discrimination against any employee or applicant for employment due to race, religion, sex, color, national origin, or disability. The firm makes efforts to ensure that employment is offered to applicants without regard to race, religion, sex, color, national origin, or disability. CONTACTS Contact Persons Title E-mail David A. Eastwood, P.E., C.A.P.M. President [email protected] Allan Sabzevari, MBA, MS, CET CME Project Manager [email protected] Jeff Baker Business Development [email protected] Jon Parker Project Manager [email protected]

Stephen Rohrer Project Manager [email protected]

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APPENDIX A

Key Resumes

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DAVID A. EASTWOOD, P. E., C.A.P.M. PRESIDENT SUMMARY Mr. Eastwood is the President of Geotech Engineering and Testing (GET). He has practiced consulting engineering for about 37 years, serving in key technical project management and administrative roles. His experience in these functions includes a wide range of project types and large capital investments, ranging from petrochemical and industrial projects, rail facilities to port facilities, power plants, marine terminals commercial developments, infrastructure projects, nuclear facilities and underground storage tank contamination studies. Mr. Eastwood's extensive experience enables him to provide clients with cost effective alternatives to difficult problems. One of Mr. Eastwood's greatest attributes is his ability to contribute constructively, responsively, and professionally as a member of the client's project design team. EDUCATION 1977 Bachelor of Science in Civil Engineering, University of Houston 1978 Master of Science in Civil Engineering,

University of Houston 1978 Present

Post Graduate studies at Princeton, Rice University, and the University of Houston LICENSES

Licensed Professional Engineer - Texas No. 51419 Licensed Professional Engineer - Louisiana No. 25966 Licensed Professional Engineer - New Mexico No. 12576 Licensed Professional Engineer - Oklahoma No. 17513 Corrective Action Project Manager - Texas C.A.P.M. No. 01181

AWARDS/ACHIEVEMENTS President of the Academy of Distinguished Civil & Environmental Engineers at the University of Houston, Cullen College of Engineering EXPERIENCE Mr. Eastwood has about 37 years of experience on various aspects of geotechnical, environmental, materials and forensic engineering services.

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OVERALL EXPERIENCE 1. Soils and foundation studies for design and construction of petrochemical and industrial

facilities, port facilities, buildings, subdivisions, medical facilities, high rises, parks, educational facilities, shopping centers, apartment complexes, prisons, highways, bridges, water, wastewater, ports, airports, rail projects, and waterfront structures.

2. Design and construction of deep foundations, including pile drivability studies, and correlation of

actual and computer programmed predictions of pile driving resistance. 3. Analysis of experimental test data and correlation of data with respect to swelling characteristics

of expansive soils as they relate to design of petrochemical, industrial and commercial structures. 4. Design of bulkheads and large marine platforms. 5. Finite element analyses of pipeline bends. 6. Environmental site assessment studies, waste management, field studies, monitor well

installations, laboratory testing, recommendations regarding contaminations of landfills, underground storage tanks, remediations, and permitting. Mr. Eastwood is certified as a Corrective Action Project Manager (C.A.P.M.) by the Texas Commission on Environmental Quality (TCEQ). He is also a Certified Environmental Inspector (C.E.I.).

7. Extensive computer programming and analyses capabilities with respect to:

(a) expansive soils (b) slope stability of embankments (c) pile foundations (d) settlements

(e) dynamics of foundations (f) seepage (g) waste disposal facilities

8. Extensive experience in soil stabilization as it relates to lime, cement and fly ash stabilization. 9. Design of parking lots and roads using Geotextiles. 10. Pavement design for cranes, fork lifts, container, marine facilities, ports, etc. 11. Geologic fault studies. PUBLICATIONS

"State of Art on Expansive Clays", report submitted to the American Society of Civil Engineers Shallow Foundation Committee on Expansive Clays, 1978.

"Hazards of Expansive Clays", Presented before the ASCE Convention in Portland, Oregon, April, 1980. "Methodology for Foundations on Expansive Clays", published in December, 1980 edition of ASCE Journal of Geotechnical Engineering Division.

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"Geotechnical Considerations in Design of Hazardous Waste Impoundments", presented before the ASCE Texas Section Spring Meeting in Fort Worth, Texas, March 1982. "Recommended Homeowner Foundation Maintenance Program For Residential Projects In The Houston Area", published in April, 1990 Edition of Houston Builder. D. Eastwood "Geotechnical Guidelines For Design of Residential Projects In The Houston Area", presented in the Soil-Structure Interaction Seminar, July 1994. D. Eastwood and others "Reasons for Foundation Failure", presented in the Soil- Structure Interaction Seminar, Houston, June 1996. D. Eastwood and others "Design of Foundations with Trees in Mind", presented before the ASCE, Texas Section, Spring Meeting in Houston, April 1997. D. Eastwood and others "Design of Residential Foundations on Expansive Soils in Texas." Report developed for the Texas Board of Professional Engineers, March 1998. D. Eastwood “State of Practice for Geotechnical Engineering for Design of Custom Homes in the Houston Area between 1990 to 2001” Presented before ASCE, Texas Section, Spring Meeting in Arlington, April 2002. D. Eastwood “Application of the New em, ym Soil Parameters” Presented before PTI Conference and Exhibition May, 2002. H. Stephen Tien, Ph.D and D. Eastwood, P.E. “Case Study of the Pavement Distress at a Service Station” Presented before ASCE, Texas Section, Fall Meeting, Dallas, September 2003. H. Stephen Tien, Ph.D, P.E. and D. Eastwood, P.E. “Case Studies of Residential Foundation Movements in Southern Houston Area” Presented before ASCE, Texas Section, Fall Meeting, Houston, September 2004. D. Eastwood, P.E. “Recommended Guidelines for Design and Construction of Inground Swimming Pools in Texas” Presented before ASCE, Texas Section, Fall Meeting, October 2009.

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ALEX KWON, P.E. PROJECT MANAGER

SUMMARY Mr. Kwon is an engineering manager at Geotech Engineering and Testing (GET) with the responsibility for the daily operations of geotechnical explorations, data analyses and the preparation of report recommendations. He has several years of experience in fields of geotechnical, materials, and environmental engineering. His experience is geotechnical investigations for petrochemical complexes, industrial facilities, rail facilities, marine terminals, near shore facilities, port facilities, medical facilities, educational facilities, shopping centers, commercial buildings, roads, parks, underground utilities and airfield. His other experience includes research and development in the field of soils, rock materials testing for slopes, retaining walls, pavements, low to high rise buildings, slope protection remedial works, deep foundations, flood control channels, community centers, office buildings, and subdivisions. Mr. Kwon is also actively involved in environmental site assessment projects, including Phase I and Phase II Environmental Site Assessment Studies. Furthermore, he handles forensic engineering projects as they relate to foundations, retaining walls, slopes and pavements. EDUCATION 2009 M.S.C.E. Civil Engineering (Geotechnical) – University of Florida, Gainesville, FL 1998 M.S.C.E. Civil Engineering (Geotechnical) – Hanyang University, Seoul, Korea 1996 B.S.C.E. Civil Engineering – Hanyang University, Seoul, Korea LICENSES Licensed Professional Engineer – Texas EXPERIENCE 2008-Present Geotech Engineering and Testing - Houston, Texas Project Manager

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JAY JHA, Ph.D., P.E. CONSTRUCTION MATERALS ENGINEERING PROJECT MANAGER

SUMMARY Dr. Jha is a Construction Materials Engineering Project Manager with Geotech Engineering and Testing (GET). He has over seven years of engineering experience related to quality control and testing in construction materials engineering. Typical projects include petrochemical complexes, industrial facilities, rail facilities, marine terminals, near shore facilities, port facilities, medical facilities, educational facilities, shopping centers, commercial buildings, roads, parks, underground utilities and airfield. Quality control observations and testing on fill placement and placement of aggregate subbase and base materials, lime stabilization, asphalt, concrete, steel, bolting, non-destructive testing and underground utility installations. EDUCATION 2012 Ph.D., Structural Engineering – Florida International University, Miami, Florida 2003 M.Eng., Structural Engineering – Asian Institute of Technology, Bangkok, Thailand 2000 M. Eng., Geotechnical Engineering – Saitama University, Saitama, Japan 1995 B.E. in Civil Engineering – Tribhuvsan University, Kathmandu, Nepal LICENSES Licensed Professional Engineer – Texas

EXPERIENCE 2015 - Present Geotech Engineering and Testing - Houston, Texas

CME Project Manager 2012-2015 T-Rex Engineering + Construction – Houston, Texas Staff Engineer 2008-2012 Florida International University – Miami, Florida Teaching/Research Assistant

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ANDRIE FRUEL, P.E. CONSTRUCTION MATERALS ENGINEERING PROJECT MANAGER

SUMMARY Mr. Fruel is a Construction Materials Engineering Project Manager with Geotech Engineering and Testing (GET). He has over 20 years of engineering experience related to quality control and testing in construction materials engineering. Typical projects include petrochemical complexes, industrial facilities, rail facilities, marine terminals, near shore facilities, port facilities, medical facilities, educational facilities, shopping centers, commercial buildings, roads, parks, underground utilities and airfield. Quality control observations and testing on fill placement and placement of aggregate subbase and base materials, lime stabilization, asphalt, concrete, steel, bolting, non-destructive testing and underground utility installations. EDUCATION 1994 M.S.C.E., Structural Engineering – Illinois Institute of Technology, Chicago, Illinois 1980 B.S.C.E. – University of Nueva Caceres, Naga City, Philippines LICENSES Licensed Professional Engineer – Illinois

EXPERIENCE 2015-Present Geotech Engineering and Testing - Houston, Texas

CME Project Manager 2012-2012 Terradyne – Aurora, Colorado Project Engineer 1999-2009 Testing Service Corp – Cary, Illinois Branch Manager/Project Engineer 1994-1999 Testing Service Corp – Cary, Illinois Staff Civil Engineer

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PROFESSIONAL HISTORY

ALLAN SABZEVARI, MBA, MS, CET SPECIALIZATION: Construction Materials Engineering Department Manager EDUCATION: 2004: Master of Business Administration 1994: Master of Science in Petroleum Geology 1992: Bachelor of Science in Geology CERTIFICATION: National Institute for Certification in Engineering

Technologies Level II – Concrete, Soils, and Asphalt (Cert. No. 134829)

PROFESSIONAL HISTORY: Geotech Engineering and Testing, Houston, Texas, 2014 – Present CME Department Manager

Geotech Engineering and Testing, Houston, Texas, 2010 – 2014 Construction Materials Testing Technician

REPRESENTATIVE EXPERIENCE: Project Management. Manage a wide variety of concrete, soils, and asphalt projects.

The type of projects include utilities, roadways, churches, schools, multi-story buildings, paving (concrete and asphalt), commercial buildings and hotels for various clients including private, municipalities, and school districts.

Concrete. Performed field testing of plastic concrete for engineering properties, batch plant inspection, and sampling, including lightweight concrete inspection. Performed laboratory testing of concrete and concrete materials including concrete test specimens and aggregates. Performed reinforcing steel placement inspection.

Soils. Performed field density testing and sampling of soils, including stabilization

operations using lime, cement and fly ash. Performed percent solids determination of lime slurry and lime depth verification. Performed drilled pier and spread footing inspection.

Asphalt. Performed field testing of asphalt including sampling batch plant inspection,

field density testing and rolling pattern development. Miscellaneous. Inspection and calibration of stabilized sand and base pug mills.

Inspection and calibration of pug mills for cement stabilized sand and crushed concrete base material. Inspection and testing of high strength bolting and coatings and paints.

REPRESENTATIVE PROJECTS: Barc Adoption Center, Houston, Texas

Central Plant, Cooling Tower and Building, Houston Airport System, Houston, Texas Third Ward to Main Street, City of Houston, Texas Astoria Boulevard Paving and Drainage, Houston, Texas Tomball Tollway Mainlanes, Tomball, Texas

Sam Houston Toll Plaza Modifications, Harris County, Texas Sam Houston Tollway, East Main Lanes, Harris County, Texas Bay Area Boulevard to Port Road, Precinct 2, Harris County, Texas Aldine Mail Route Widening, Precinct 1, Harris County, Texas Scott Street, Pasadena, Texas

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ROY SARAVANATHIIBAN, Ph.D. PROJECT MANAGER

SUMMARY Dr. Saravanathiiban is a project manager at Geotech Engineering and Testing (GET) with the responsibility for the daily operations of geotechnical explorations, data analyses and the preparation of report recommendations. He has about eight years of experience in fields of geotechnical, environmental, materials and forensic engineering. His experience is in petrochemical complexes, industrial facilities, rail facilities, marine terminals, near shore facilities, port facilities, medical facilities, educational facilities, shopping centers, commercial buildings, roads, parks, underground utilities and airfield. He has also conducted studies in slope stability, retaining walls, groundwater and contamination modeling. Dr. Saravanathiiban is also actively involved in environmental site assessment projects, including Phase I and Phase II Environmental Site Assessment Studies. Furthermore, he handles forensic engineering projects as they relate to foundations, retaining walls, and pavements. EDUCATION 2014 Ph.D. in Civil Engineering – Michigan State University, E. Lansing, Michigan 2010 M.S.C.E. – North Dakota State University, Fargo, North Dakota 2006 B.S.C.E. – University of Peradeniya, Sri Lanka EXPERIENCE 2014-Present Geotech Engineering and Testing - Houston, Texas Project Manager 2010 – 2014 University of Michigan, Department of Civil Engineering – E. Lansing, Michigan Research and Teaching Assistant

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KEN AHSAN, M.S.C.E. PROJECT MANAGER

SUMMARY Mr. Ahsan is a project manager at Geotech Engineering and Testing (GET) with the responsibility for the daily operations of geotechnical explorations, data analyses and the preparation of report recommendations. He has experience in fields of geotechnical, materials, and environmental engineering. His experience is in petrochemical complexes, industrial facilities, rail facilities, marine terminals, near shore facilities, port facilities, medical facilities, educational facilities, shopping centers, commercial buildings, roads, parks, underground utilities and airfield. He has also conducted studies in slope stability, retaining walls, groundwater and contamination modeling. His other experience includes research and development in the field of unsaturated soil mechanics (expansive soils). Mr. Ahsan is also actively involved in environmental site assessment projects, including Phase I and Phase II Environmental Site Assessment Studies. EDUCATION 2014 M.S.C.E. – University of Texas at Arlington, Arlington, Texas 2012 B.S.C.E. – Bangladesh University of Engineering and Technology, Bangladesh EXPERIENCE 2015-Present Geotech Engineering and Testing - Houston, Texas

Project Manager 2013-2015 The University of Texas at Arlington – Arlington, Texas Graduate Research Assistant 2012-2013 Chevron QA/QC Engineer

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EDMUND CHAN, M.S.C.E. PROJECT MANAGER

SUMMARY Mr. Chan is a project manager at Geotech Engineering and Testing (GET) with the responsibility for the daily operations of geotechnical explorations, data analyses and the preparation of report recommendations. He has experience in fields of geotechnical, materials, and environmental engineering. His experience is in petrochemical complexes, industrial facilities, rail facilities, marine terminals, near shore facilities, port facilities, medical facilities, educational facilities, shopping centers, commercial buildings, roads, parks, underground utilities and airfield. He has also conducted studies in slope stability, retaining walls, groundwater and contamination modeling. His other experience includes research and development in the field of unsaturated soil mechanics (expansive soils). EDUCATION 2014 M.S.C.E. – University of Oklahoma, Norman, Oklahoma 2012 B.S.C.E. – University of Oklahoma, Norman, Oklahoma EXPERIENCE 2015-Present Geotech Engineering and Testing - Houston, Texas

Project Manager

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DANIEL JOY, M.S.C.E. PROJECT MANAGER

SUMMARY Mr. Joy is a project manager at Geotech Engineering and Testing (GET) with the responsibility for the daily operations of geotechnical explorations, data analyses and the preparation of report recommendations. He has experience in fields of geotechnical, materials, and environmental engineering. His experience is in petrochemical complexes, industrial facilities, rail facilities, marine terminals, near shore facilities, port facilities, medical facilities, educational facilities, shopping centers, commercial buildings, roads, parks, underground utilities and airfield. He has also conducted studies in slope stability, retaining walls, groundwater and contamination modeling. His other experience includes research and development in the field of unsaturated soil mechanics (expansive soils). EDUCATION 2014 M.S.C.E. – The University at Texas at Arlington, Arlington, Texas 2012 B.S.C.E. – Bangladesh University of Engineering and Technology, Bangladesh EXPERIENCE 2014-Present Geotech Engineering and Testing - Houston, Texas

Project Manager

GEOTECH ENGINEERING AND TESTING

CHARLES MAGBO, M.S.C.E. PROJECT MANAGER

SUMMARY Mr. Magbo is a project manager at Geotech Engineering and Testing (GET) with the responsibility for the daily operations of geotechnical explorations, data analyses and the preparation of report recommendations. He has experience in fields of geotechnical, materials, and environmental engineering. His experience is in petrochemical complexes, industrial facilities, rail facilities, marine terminals, near shore facilities, port facilities, medical facilities, educational facilities, shopping centers, commercial buildings, roads, parks, underground utilities and airfield. He has also conducted studies in slope stability, retaining walls, groundwater and contamination modeling. His other experience includes research and development in the field of unsaturated soil mechanics (expansive soils). EDUCATION 2014 M.S.C.E. – Texas A & M University, College Station, College Station, Texas 2010 B.S.C.E. – University of Port-Harcourt, Nigeria EXPERIENCE 2015-Present Geotech Engineering and Testing - Houston, Texas

Project Manager

GEOTECH ENGINEERING AND TESTING

APPENDIX B

Typical Projects

GEOTECH ENGINEERING AND TESTING

TYPICAL PROJECTS PETROCHEMICAL COMPLEXES Brown & Gay Engineers – Water Storage Tanks, Sendona Lake MUD 1, City of Manvel, Brazoria County, Texas Kelly Pipe Company – Pipe Storage Yard at 10501 Sheldon Road, Houston, Texas Mustang CAT – Mustang CAT Expansion, Rental Services (MRS), 5410 Bur Oak Drive, Houston, Texas EREN Services – 100,000 Gallon Water Tank, 27550 Imhof Roa, Waller County, Texas Altivia – 20,000 Gallon Storage Tank at 1901 Avenue H at S 16th Street, Laporte, Texas Advantage Pipeline, LLC – Crude Oil Storage Tank, 10 Miles South of Pecos on Highway 1450, Grand Falls, Texas The Mundy Companies – Replacement of Three Oil Storage Tanks, Shell Plant, 780 Clinton Drive, Galena Park, Texas Optimized Process Designs, LLC – Enterprise – Gas Processing Plant, Coyanosa, Texas Advantage Pipeline, LLC – Crude Oil Storage Tank, 14 Miles South of Pecos on Highway 285, Pecos, Texas Sekisui Specialty Chemicals America, LLC – Acetic Acid Storage Tank, 1423 Pasadena Freeway, Pasadena, Texas Optimized Process Designs, LLC – Targa Wildcat Project, Wink, Texas Optimized Process Designs, LLC – New Enterprise – Scott Eddy Project, Eddy County, New Mexico Clark Engineers – Rail Car Platform Steel Barrier, Tenaris Plant, 699 North FM 3083, Conroe, Texas Vertex Energy – Limited Ringwall Pad Fill Compaction Evaluation, Vertex Energy Plant, Baytown, Texas Bleyl & Associates – Drilling Rig Pads and Crane Loading near D.W. Hooks Airport, Harris County, Texas North Shore Steel – Compressor Foundation at 13925 Industrial Road, Houston, Texas Livermore Architecture & Engineering, Inc. - Storage Tank Foundations, Texas City, Texas LJA Engineering & Surveying, Inc. – Transformer Foundation, STP Site, Wadsworth, Texas NuDevco Midstream Development, LLC – 40.0± Acre KCS Plant Site, Port Arthur, Texas Landmark Industries – Underground Storage Tank, 8852 Killam Industrial Blvd./Mines Road, Laredo, Texas Audubon Engineering Company, L.P. – Additions to Anadarko Monroe CPF, Phase 2, Bones CGF, Black Tip CPF and Avalon CPF Gas Plants, Ward and Loving Counties, Texas TD Industries – Machine Foundation at 6501 Navigation Blvd., Houston, Texas Zell Hoffman Voelbel & Mason, LLP – Nucor Storage Dome Tank Collapse, Convent, Louisiana BEI Engineers – KMI HCP Refrigeration Project, Sheridan, Texas Holloman – Compressors, Black Hawk Southwest – 2 Plant, 233 John Pokluda Road, Nordheim, Texas Landmark Industries – Underground Storage Tank, 11607 N. O’Connor Road, San Antonio, Texas Hawk Installations – Load-Out Facility, Brady, Texas HongHua America, LLC – Two Rig Sites, McHard Road, Houston, Texas Mustang CAT – Mustang CAT Expansion, Small Bore Building and Pavement, U.S. Highway 290, Houston, Texas Johnston, LLC – 40-Acre Manufacturing Facility, Hunting Energy Services, Ameriport Facility, Baytown, Texas Audubon Engineering – Murphy Oil Corporation, Baring Central Facility, McMullen County, Texas Optimized Process Designs – Dew Point Plant, Carlsbad, New Mexico Waldkirch and Saunders Company – South Atlantic Tank Farms #3, 16530 Peninsula Blvd., Houston Texas Targa – Targa 12” Export Pipeline, Mont Belvieu to Galena Park, Chambers and Harris Counties, Texas Texmark Chemicals – 100-ft P&G Tower, 900 Clinton Drive, Galena Park, Texas Optimized Process Designs – Targa, 400 MMSCFD Cryo Additions, Copano Houston Central Plant, 1650 County Road 255 South, Sheridan, Texas Synchro, LLC – Additions to Hempel Coating Facility, 600 N. Conroe Park Drive, Conroe, Texas Audubon Engineering – Anadarko Avalon CGF-4, Gas Plant, Loving County, Texas Grand Isle Shipyard, Inc. – Chevron Maybee CO2 Plant, Odessa, Texas Castle Design Group, P.C. – Dogget JD Industrial Equipment Facility at 9111 North Freeway, Houston, Texas Clark Engineers, Inc. – Pipe Storage Inspection Area, Pipe Handling Building, Tenaris Facility, 699 FM 3083, Conroe, Texas South Atlantic Services – South Atlantic Services Tank Farm located at 16530 Peninsula Boulevard, Houston, Texas H & B Packing Co., Inc. – 53,152 Gallon Water Tank, Downtown Waco, Texas Optimized Process Designs – Targa Cedar Bayou Project, CBF#5/LLEP 2, Mont Belvieu, Texas Miner-Dederick Construction – Larsen Intermododal Facility at Northeast Corner of U.S. Highway 90 and Sheldon Road, Harris County, Texas TMS Contractors, LLC – SAE Pre-Engineered Metal Building, Tenaris Hydril, 302 McCarty Road, Building F, Houston, Texas Jamison Construction Company – Additions to the Vertex Plant located at 200 Atlantic Pipeline Road, Baytown, Texas Holloman Engineering, LLC – Hawkville Station, 29509 Ranch Road 624, Cotulla, Texas Holloman Engineering, LLC – Black Hawk Central Plant, 751 St. John School Road, Cuero, Texas Holloman Engineering, LLC – Black Hawk Southwest – 2 Plant, 233John Pokluda Road, Nordheim, Texas

GEOTECH ENGINEERING AND TESTING

PETROCHEMICAL COMPLEXES (con’t.) Optimized Process Designs – Targa, 200 MMSCFD CryoGenic Plant, East County Road 230, Midland, Texas Conestoga-Rovers & Associates, Inc. – Transformer, Pumps and Control Building, Exxon Mobil, 19615 Old Galveston Road, Webster, Texas Womble Company, Inc. – Metal Building at 13605 Industrial Road, Houston, Texas Fuqua Construction – Pipe Handling Building, Tenaris Facility, Conroe, Texas Audubon Engineering Company – USGC PP Ethylene Expansion, Targa Area 14 and East of Area 14, Mont Belvieu Terminal, Mont Belvieu, Texas Hydril Company – Tenaris Westwego Pipe Yard, Concrete Pavement Repair Project, 201 Klein, Westwego, Louisiana Tenaris – Tenaris Yard Improvements and Pipe Rack Fabrication on FM 3083, Conroe, Texas R & M Constructors – Crane Foundation at 22015 South Freeway, Manvel, Texas Trilogy Solutions Construction, LLC – Shell Truck Scale, 780 Clinton Drive, Galena Park, Texas CRA Engineering Group, Inc. – Exxon Mobil Brine Disposal Injection Site, Hardin County, Texas Bechtel Equipment Operations – Crane Bearing Capacity at Bechtel Equipment Operations, 7021 Easthaven Boulevard, Houston, Texas Tristream East Texas – Replacement Sulfur Pit, Eustace Gas Plant, 16410 County Road 2854, Malakoff, Texas Tristream East Texas – Horizontal Tanks, Myrtle Springs Gas Plant, Van Zandt, Texas Audubon Engineering – Anadarko Avalon CGF-2 & CGF-3, Loving County, Texas Wyman Gordon Forgins, Inc. – Quencing Pit/Tank, Wyman Gordon Facility, 10825 Telge Road, Houston, Texas VI Engineering, LLC – Various Electrical Substation Foundations, Jackson County Gas Plant, Jackson County, Texas Audubon Engineering Company – Bullet Vessels, Tank Farms and Vertical Heater at Jackson County Gas Plant, Jackson County, Texas Tenaris Coiled Tubes, LLC – Tenaris Facility, 8615 East Sam Houston Parkway North, Houston, Texas Pal-Con, Ltd. – Pipe-Line Supports at Spectra Energy, 803 Zengerie, Thomaston, Texas Optimized Process Designs – Targa Purity Propane Project, Mont Belvieu Facility, Mont Belvieu, Texas Optimized Process Designs – Building and Large Detention Pond at OPD Facility, 25610 Clay Road, Katy, Texas Optimized Process Designs – Dew Point Plant, Carlsbad, NM Optimized Process Designs – Bearing Capacity of Crane Structure, Targa Plant, Mont Belvieu, Texas Hydril Company – Pipe Storage Yard, Tenaris Facility at 302 MCarty Drive, Houston, Texas Flexible Lifeline Systems – Cable Base Fall Protection System, Shintech, Inc., 5618 Highway 322 East, Freeport, Texas SNC-Lavalin GDS, Inc. – Copano ESD Flare System Replacement, Copano Energy, Sheridan, Texas Morrow Renewables, LLC – Gas Plant at 14115 Davis Estate Road, Needville, Texas Audubon Engineering Operations – Jackson County Plant, Energy Transfer, Jackson County, Texas R. G. Miller Engineers, Inc. – Geotechnical Study and Environmental Testing, K-Solv Facility, 16517 De Zavalla, Channelview, Texas Optimized Process Designs, Inc. – Targa Mont Belvieu Fractionator Plant, 9915 North Highway 146, Mont Belvieu, Texas PEI – Outriggers for the Crane Foundations at 2810 Gulf States Road, Beaumont, Texas GSE Lining Technolgy, LLC – Silo and 12,000 sq. ft. Building with Overhead Crane, GSE Lining Technology, 19103 Gundle Road, Houston, Texas PowerCan Construction Services – Cold Drawbench Machine, Building D0001 at Wyman Gordon Forgins, Inc., 10825 Telge Road, Houston, Texas Flexible Lifeline Systems – KMCO, LP Plant, 16503 Ramsey Road, Crosby, Texas Jaymark Engineering Corporation – Cooling Tower and Building at Houston Airport System, Central Plant, Lodestar Street, Houston, Texas Wellhead Distributors International – Car Bottom Furnace, 11633 Spring Cypress Road, Tomball, Texas Audubon – Ranch JV Project, Ward County, Texas Rhodia, Inc. – Outriggers for Crane Foundations, 3429 Park Street, Houston, Texas Tenaris, U.S. - Tenaris Central Warehouse Renovations, 699 FM 3083 Road, Conroe, Texas BASF – Concrete Test – SAP Phase I Expansion Freeport, Texas Rhodia, Inc. – Outriggers for the Crane Foundation, 8615 Manchester Street, Houston, Texas Optimized Process Designs, Inc. – Copano HCP Plant, Sheridan, Texas HYDRIL Company – Limited Chemical Testing, Existing Tenaris McCarty Warehouse Facility, 302 McCarty Drive, Houston, Texas

GEOTECH ENGINEERING AND TESTING

PETROCHEMICAL COMPLEXES (con’t.) Audubon – Gas Plant, Jackson County, Texas Alan Plummer Associates, Inc. – North Wastewater Treatment Plant, Chemical Feed Facility and Road Improvements, Sugar Land, Texas Buster and Cogdell Builders – Commercial Structure at 8541 East North Belt Drive, Humble, Texas Rhodia, Inc. – Sulphuric Acid Stressed Area and Pipe Rack Foundation, Unit #8, 8615 Manchester Street, Houston, Texas Exiros USA – Central Warehouse Facility Additions at 699 F.M. 3083, Conroe, Texas Clean Energy Technology Association, Inc. c/o Ford, Bacon & Davis, LLC – Pyrolysis Demonstration Plant, FB&D Specification No. G67978-Z-0001, Fairfield, Texas BASF – Concrete Thickness and Strength Evaluation, Fill Compaction Evaluation, Storage Tank at ANONE II-D161B, Freeport, Texas Texas Molecular – Driveway at Texas Molecular at 2525 Independence Parkway, Deer Park, Texas Rhodia, Inc. – Crane Foundation Loading at an Existing Retaining Wall, Rhodia Facility, 8615 Manchester, Houston, Texas Rhodia, Inc. – Bearing Capacity, Crane Foundation for Tank Placement at Rhodia Eco Services Facilities, 8615 Manchester Street, Houston, Texas Hoover Materials Handling Group, Inc. – Outdoor Hoist Structure at 2135 Highway 6 South, Houston, Texas Optimized Process Designs, Inc. – Targa Resources, Cedar Bayou Plant, Mont Belvieu, Texas CEI Engineering Associates, Inc. – Above-Ground Storage Tank, Pasadena, Texas Hays Utility North Corp. – Ground Storage Tank at Lake Pine Water Plant, 1219 Pine Lake Drive, Montgomery, Texas RPS – Geoprobe Borings and Concrete Coring, BASF Plant, Pasadena, Texas Demar Services, Inc. – Truck Scale Structure at Huntsman Plant, Port Neches, Texas Johnston, LLC – Diesel Storage Tank Structure at Memorial Hermann Northwest, Houston, Texas Clark Engineers, Inc. – Failed Looper System, Tenaris Facility, Conroe, TexasDemar Services, Inc. – Sekisui Rail Scale, Harris County, Texas Clark Engineers, Inc. – Limited Anitfreeze Coolant Chemical Testing, Pipe Manufacturing Plant, Conroe, Texas Sheltex Investments, Inc. – Existing Freeport Pipeline, Freeport, Texas BASF – P-141 CND Pad at BASF Pad (1200 Block), Freeport, Texas Facilities Consulting Group – Raywood Gas Plant, Raywood, Liberty County, Texas Rhodia, Inc. – Sulfur Vent Support Structure at 8615 Manchester Blvd., Houston,Texas Rhodia, Inc. – Sulfur Storage Tanks at 8615 Manchester Blvd., Houston, Texas Rhodia, Inc. – Bearing Capcity Rhodia Eco Services - Recommendations for Existing Gasoline/Diesel Storage Tanks at Rhodia Eco Services Facilities, Houston, Texas Rhodia, Inc. – High Voltage Cable Run, 8615 Manchester Blvd., Houston, Texas Indian Head Pipeline- LaBarge Pipe Coating Facility at 400 South Sheldon Road, Channelview, Texas Rhodia Eco Services – Sulfur Storage Tanks Repair, Rhodia Eco Services Facilities, Houston, Texas Pape-Dawson Engineers, Inc. – Existing Petroleum Pipeline, West of Furman Road, North of Swingle Road, Houston, Texas Demar Services, Inc. – Sekisui Rail Scale, Harris County, Texas Linde, LLC - CO2 Tank Structures, Pasadena Plant, 57575 Underwood Road, Pasadena, Texas Ziegler Cooper Architects – Above Ground Tank, Chiller and Generator at Greens Road and Greens Crossing Blvd., Houston, Texas Crescent Consulting, LLC – Ground Storage Tank, Rhome, Texas Rhodia, Inc. – Crane Foundation, 8615 Manchester Blvd., Houston, Texas Ameriport Facility, Phase I Houston, Pavement Design Recommendations, Houston, Texas Biocrude, LTD c/o Renewable Resource Group, Inc. – Biocrude Scranton Tank Farm, Woodforest Boulevard at Gellhorn Drive, Houston, Texas RPS JDC, Inc. – White Stallion Energy Facility, FM 2668, Matagorda County, Texas Siemens Energy – Rotor Up-Ending Platform at 16530 Peninsula Street Building 3, Houston, Texas Vogt Engineering, L.P. – Ground Storage Tank for W.C.I.D. 99, Lockridge, Drive, Harris County, Texas Texas Gulf Engineering, LLC – Docks, Boat Lifts and Boat Repair Stations at 16402 DeZavalla, Channelview, Texas EMS – Exxon/Mobil Plant, Mont Belvieu, Texas Solar Turbines – Transformer, HRSG Boiler and Turbine Generator at Targa Resources, 10319 State Highway 146, Mont Belvieu, Texas

GEOTECH ENGINEERING AND TESTING

PETROCHEMICAL COMPLEXES (con’t.) Stress Engineering – Celanese Chemical Plant, HAC 11 Reactor, Clear Lake, Texas STV, Inc. – Crude Oil Storage Tanks, Sunoco Logistics Plant, Nederland, Texas URS Field Services – Skid and Still Structures, Tyler County Facility, Woodville, Texas EPC – Skid Structure at Raywood Gas Plant off County Road 117, Raywood, Liberty County, Texas U.S. Oil Recovery - Aeration Basin, 400 North Richey Street, Pasadena, Texas Alternative Energy Group, Inc. – Bio-Diesel Processing Plant at 8510 East Sam Houston Parkway North, Harris County, Texas Cam Environmental Services – Control Room, Malco Facility, Freeport, Texas Mustang Tampa – SO2 Scrubbing System, Houston, Texas Triple C Project Services, Ltd – Pipe Racks, Mont Belvieu, Texas Rademacher Industrial Systems – Slitting Line Looping Pit, Marino Ware Building, Pasadena, Texas RLI Insurance Co. – Water Tank, Ennis Texas Matrix Servcies – New Crude Oil Storage Tank, Pasadena, Texas Ceritas Energy, LLC – Raywood Gas Plant, Raywood, Texas Fluor Daniel – Silo, Frito-Lay Plant, Richmond, Texas Bayer Chemicals - Bayer Plant, Baytown, Texas Lyondell Petrochemical - several projects, Pasadena, Texas English & Associates – Metal Building at Lyondell Petrochemical, Houston, Texas Lyondell Petrochemical – Pool and Canopy Structure, 8280 Sheldon Road, Channelview, Texas GDS Engineering, Inc. – Rie Operating Building and Blending Pumps, Lyondell Petrochemical Plant, Pasadena, Texas GDS Engineers, Inc. – Crocker Unit Improvement, Pasadena, Texas GDS Engineers, Inc. – Tank Structure No. 570 at Lyondell Petrochemical, Houston, Texas GDS Engineers, Inc. – Enclean Company near Hwy 225 and Hwy 146, Lo Porte, Texas Econo-Rail Company – Beaumont Bulk Terminal Storage Yard Facility, Beaumont, Texas Tenneco Oil – Tenneco Oil Co. Barge Dock 1, La Porte, Texas Gentex – Gentex Generation Plant 1, Pasadena, Texas Philips Petroleum – Phillips Petroleum Refinery 1, Miller Tract No. 1, Sweeny, Texas INDUSTRIAL SITES First Houston Properties, Inc. – North Frazier Industrial Park at the Corner of North Frazier Street and Hilltop Drive, U.S. Highway 75, Conroe, Texas BW Builders- AMericgas Facility at 10985 FM 1485, Conroe, Texas Vertex Energy – Storage Tank and Existing Ringwall, 200 Atlantic Pipeline Road, Baytown, Texas JNS Engineering, LLC – North Frazier Industrial Park at the Corner of North Frazier Street and Hilltop Drive, Conroe, Texas Mustang CAT – Mustang – CAT Expansion, US. Highway 290, Houston, Texas Woodlands Design Group, Inc. – Amerigas Parking Lot Expansion at 70985 FM 1485, Conroe, Texas Ref-Chem, LP – Air Products Bayotown Retrofit Project, 5503 West Baker Road, Baytown, Texas Lamberti USA – Treatment Tank, Aeration Basins and Clarifiers at Lamberti USA, Inc., US 59 and County Road 212, Hungerford, Texas Draftit, LLC – Existing Pump Foundations, at FM 1042 and US 281, Live Oak County, Texas Borden Dairy Companies – CMU Structure at Borden’s Plant, 900 East Semands, Conroe, Texas Industrial Scale Company – Bearing Capacity Recommended for Truck Scale, Tenaris Facility, Conroe, Texas Warehouse Pit UTEX Industrial 1314 Industries Lane Conroe, TexasMark Whiteley and Associates – Pipes under the KCS Rail Yard, South Park Drainage, Beaumont, Texas Endurance Contracting – Commercial Building at Kickapoo Road, Houston, Texas Proem - Greens Bayou Holdings Industrial Building, 1566 Mile Street, Houston, Texas Apache Services, Inc. - Equipment Foundation, Old Beaumont Highway, Houston, Texas Borden Milk Products, LP – Borden Air Center Facility Expansions, Air Central Boulevard, Houston, Texas O’Neal, Inc. – Project 21 Cedar Crossing, Baytown, Texas

GEOTECH ENGINEERING AND TESTING

INDUSTRIAL SITES (con’t.) Ameriport Facility, Phase I, Pavement Design Recommendations, Houston, Texas Targa Resources – Deethanizer Fractionation, Mont Belvieu, Texas LJA Engineering and Surveying, Inc. – Design of sheet Piling Retaining Wall for the River Revetment Structure at The Colorado River, Matagorda County, Texas Kelly Pipe Company – Pipe Storage Yard, Houma Louisiana Alternative Energy Group, Inc. – Bio-Diesel Processing Plant, 8510 E. Sam Houston Parkway N., Harris County, Texas Bury + Partners Engineering Solutions – Intermodal Cartage, 17.9 Acre Property, Kopman Drive, Houston, Texas RB Hardy and Sons - Evaluation of the Thickness of Clay Liner, Shell Refinery, Pasadena, Texas URS Field Services - Columns and Skid Foundations, Tylor County Facility, Woodville, Texas BOC – 9000 Gallon Oxygen Tank and Vaporizers, Pasadena, Texas DB Western, Inc. – Plant Structures, La Porte, Texas Brown and Root - Harbor Island Fabrication Yard, Port Aransas, Texas S-Con, Inc. – Compressors and Skip Foundations, Madisonville, Texas Cheveron Chemicals – Cedar Bayou Plant, Baytown, Texas General Foods - Building expansions, Houston, Texas City of South Houston - Sewage Treatment Plant, South Houston, Texas Sewage Treatment Plant, FM 2100 at Wolf Road, Harris County, Texas DFO Tank Car Unloading - BNSF, 8115 Southeast 3rd Street, Amarillo, Texas General Foods Corp. – Maxwell house Plant I, Houston, Texas MARINE TERMINALS Mathes Brierre Architects – Blessy Marine Services, Inc., New Office Building, 17512 Market Street, Channelview, Texas Kirksey Architecture – Port of Houston Administration Building, Bayport Terminal, Bayport, Texas Houston Port Authority - Barbour’s Cut, Terminal 6, Houston, Texas Port of Houston – Wastewater Treatment Plant, Jacinto Port, Houston, Texas Port of Houston – Storage Lane and Crossover Connection, Terminal 6, Cut Boulevard, Houston, Texas Inbesa America Docking Facility - Jacinto Port, Texas Consortium Consultants - Tenneco Barge Dock, La Porte, Texas Port of Houston – Paving of Car Yard at Barbour’s Cut Boulevard, Houston, Texas Brown and Root - Reynolds Metal Marine Terminal, Gregory, Texas Todd Shipyard Dock Facility - Houston, Texas Port of Houston – Ship Water Services, Interim Cruise Terminal, Houston, Texas Port of Houston – Additional Trackage at Bulk Material Hauling Plant, Houston, Texas Phillips Petroleum Company - Freeport Docking Facility, Freeport, Texas Port of Houston – Repair Bunker Dock between Warehouse 9 and 10, Houston, Texas Phillips Petroleum Company - Adams Terminal, Pasadena, Texas TOWERS Centerpoint Energy – 150- to 180-ft Tall AGL Lattice Tower, Garden Villas Substation, 8802 Mykawa Road, Houston, Texas CHR Solutions – 190-ft Tri-Pole Tower located at Highway 137 and Glasscock County Road 130, Garden City, Texas CHR Solutions – 190-ft Tri-Pole Tower located at Highway 137 and Reagan County Road 56, Garden City, Texas Centerpoint Energy – 160- to 190-ft Tall AGL Tower, Friendswood Substation, 2603 FM 528, Webster, Texas Centerpoint Energy – 150-ft Tall AGL Monopole Tower, Freeport Substation, 102 FM 1495, Freeport, Texas Centerpoint Energy – 160- to 190-ft Tall AGL Lattice Tower, Spencer Substation, 1600 Vista Road, Pasadena, Texas Centerpoint Energy – 160- to 190-ft Tall AGL Lattice Tower, Clear Lake Substation, 40320 El Dorado, Houston Centerpoint Energy – 160 to 190-ft Tall AGL Tower, Kavsten Substation, 15610 Highway 6, Rosharon, Texas

GEOTECH ENGINEERING AND TESTING

TOWERS (con’t.) Centerpoint Energy – 160- to 190-ft AGL Monopole at the Texas Instruments Substation, 12201 Southwest Freeway, Stafford, Texas Centerpoint Energy – 150-ft AGL Monopole at the Missouri City Substation, 915 FM 2234, Missouri City, Texas Centerpoint Energy – 150-ft AGL Monopole at the Missouri City Substation, 5500 FM 2234, Missouri City, Texas Centerpoint Energy – 160- to 190ft AGL Monopole at the Westhteimer Substation, 13000 Westheimer Road, Houston, Texas Centerpoint Energy – 160-to 180-ft AGL Lattice Tower at the Clodine Substation, 13427 Bissonnet Street, Houston, Texas Centerpoint Energy – 150-ft AGL Monopole at the Westchase Substation, 3835 Rogerdale, Houston, Texas Centerpoint Energy – 160- to 190-ft AGL Monopole at the Brazos Valley Substation, 5325 FM 723, Richmond, Texas Centerpoint Energy – 160- to 190-ft AGL Tower at the Meadow Substation, 2011 county road 936, Alvin, Texas Centerpoint Energy – 160- to 190-ft AGL Tower at the Arcola Substation, 6601 FM 521, Arcola, Texas Centerpoint Energy – 160-ft AGL Lattice Tower for Woodcreek Substation at 1122 Red Haw, Houston, Texas Centerpoint Energy – 160-ft AGL Lattice Tower for Britmoore Substation at 1317 Britmoore Road, Houston, Texas Centerpoint Energy – 160-ftAGL Lattice Tower for Dyann Substation at 3821 Highway 60 South, Wharton, TexasCenterpoint Energy – 160-ft AGL Lattice Tower for Telephone Road Substation at 11600 Telephone Road, Houston, Texas Centerpoint Energy – 180-ft AGL Lattice Tower for the South Lane City Substation, 11401 Highway 60 South, Lane City, Texas Trico Tower – 100-ft Self Supporting Tower, Port Lavaca, Texas Centerpoint Energy Houston Electric, LLC – 120-ft Concrete Monopole at 25615 FM 1093, Richmond, Texas Centerpoint Energy Houston Electric, LLC – 120-ft Concrete Monopole at 1002 Blaloch, Houston, Texas Centerpoint Energy Houston Electric, LLC – 120-ft Concrete Monopole at 27006 Freeman Road, Katy, Texas Centerpoint Energy Houston Electric, LLC – 120-ft Concrete Monopole at 3501 School Road, Needville, Texas Centerpoint Energy Houston Electric, LLC – 120-ft Concrete Monopole at 627 Old Wharton Road, East Bernard, Texas Centerpoint Energy – 150-ft AGL Lattice Tower for the Mustang Bayou Substation at 3511 County Road 159, Alvin, Texas Centerpoint Energy – 150-ft AGL Lattice Tower for the Liverpool Substation at 10811 County Road 171, Liverpool, Texas Centerpoint Energy – 150-ft AGL Lattice Tower for the Wallis Substation at 501 FM 1093 West, Wallis, Texas Centerpoint Energy – 150-ft AGL Lattice Tower for the Raccoon Bend Substation at 3302 Oil Field Road, Bellville, Texas Centerpoint Energy – 180-ft AGL Lattice Tower for the South Lane City Substation, 11401 Highway 60 South, Lane City, Texas Centerpoint Energy – 150-ft AGL Lattice Tower for the Rosharon Substation at 2323 FM 1462, Rosharon, Texas Centerpoint Energy – 150-ft AGL Lattice Tower for the Alta Loma Substation at 3525 FM 646, Alta Loma, Texas Centerpoint Energy – 120-ft. Concrete Pole for the Newport Substation at 2110 Diamond Head Boulevard, Houston, Texas Centerpoint Energy – 120-ft. Concrete Pole at 8210 Old Clute-Angleton Road, Lake Jackson, Texas Centerpoint Energy – 120-ft. Concrete Pole at 11401 Highway 60, Lane City, Texas Centerpoint Energy – 120-ft. Concrete Pole at 10610 Bay Area Boulevard, Pasadena, Texas Centerpoint Energy – 120-ft. Concrete Pole at 10403 Highway 146, Mont Belvieu, Texas Commercial Wireless Solutions – 190-ft. Tall Self Supporting Tower at 1912 Lakeland Drive, Liberty, Texas Commercial Wireless Solutions – 190-ft. Tall Self Supporting Tower at 2400 Beaumont, Liberty, Texas Commercial Wireless Solutions – 190-ft Tall Self Supporting Tower at 226 Pech Avenue, Cleveland, Texas Commercial Wireless Solutions – 190-ft. Tall Self Supporting Tower at 5A Oak Drive, Lake Jackson, Texas Commercial Wireless Solutions –190-ft. Tall Self Supporting Tower at 114 E. Texas Street, Brazoria, Texas Commercial Wireless Solutions – 150-ft. Tall Self Supporting Tower at 104 Cannan Drive, Angleton, Texas Allstate Tower, Inc. – Communications Cell Tower, Baytown, Texas PSG Engineering, Ltd. – Compressive Strength and ASR Test of Cell Tower Foundation, Houston, Texas Independence Wind Power – Wind Turbines at Selected Matagorda County School Campuses in Texas MG Consulting Services – Sector Antenna, 1400 JFK Blvd., Houston, Texas MG Consulting Services – Sector Antenna, 858 Gateside Drive, Houston, Texas MG Consulting Services – Sector Antenna, 438A West Helms Road, Houston, Texas PDG Architects – Cooling Tower, Johnson Space Center, Houston, Texas

GEOTECH ENGINEERING AND TESTING

TOWERS (con’t.) Multatech Engineering, Inc. – Sand Tower at 2831 Produce Row, Houston, Texas Nextel - Towers all over the Gulf Coast Area Houston Cellular Telephones - More than 20 towers at various locations GTE Mobilnet - More than 10 towers at various locations. Houston Lighting and Power - Towers, substations at various locations Guyed Tower, Johnson Space Center, Houston, Texas ENVIRONMENTAL SITE ASSESSMENTS AND UNDERGROUND STORAGE TANK STUDIES Phase I ESA, Dixie Drive, City of Houston, Texas Phase I ESA, Waterline Replacement, Ridgecrest Subdivision, Houston, Texas Phase I ESA Pech Road, from Long Point to West View & from Westview to South of Drainage Ditch, Houston, Texas Phase I ESA,Westbury East Waterline Replacement, City of Houston, Texas Limited Phase IIA ESA, West Bellfort Boulevard Expansion between SH 6 and Eldridge Parkway, Paving and Underground Utilities, Fort Bend County, Texas Phase I ESA, Chimney Rock Drive from Benning Drive to Yarwell Drive, City of Houston, Texas Phase II ESA, Westbury Subdivision, Harris County, Texas Phase I ESA, 54 Acre Development, Highway 36, Rosenberg, Texas Phase I ESA, Endangered Species, Oil and Gas Well Search and Petroleum Pipeline Study, 76.1 Acre Development, North of Dixie Farm Road, Brazoria County, Texas Phase I ESA, Endangered Species, Oil and Gas Well Search and Petroleum Pipeline Study, Kings Lake Subdivision, Section 1, 2, 3, and 4, Harris County, Texas