Amendment_No._0004.pdf

(x)

R15PS00030

x x copies of the amendment; (b) By acknowledging receipt of this amendment on each copy of the offer submitted ; or (c) By separate letter or telegram which includes a reference to the solicitation and amendment numbers. FAILURE OF YOUR ACKNOWLEDGEMENT TO BE RECEIVED AT

THE PLACE DESIGNATED FOR THE RECEIPT OF OFFERS PRIOR TO THE HOUR AND DATE SPECIFIED MAY RESULT IN REJECTION OF YOUR OFFER. If by virtue of this amendment you desire to change an offer already submitted , such change may be made by telegram or letter, provided each telegram or letter makes reference to the solicitation and this amendment, and is received prior to the opening hour and date specified.

x

Billings MT 59107

R60

PO Box 36900 Regional Office Great Plains Region Bureau of Reclamation

03/09/20150004

13. THIS ITEM ONLY APPLIES TO MODIFICATION OF CONTRACTS/ORDERS. IT MODIFIES THE CONTRACT/ORDER NO. AS DESCRIBED IN ITEM 14.

12. ACCOUNTING AND APPROPRIATION DATA (If required) is not extended.is extended, Items 8 and 15, and returning

Offers must acknowledge receipt of this amendment prior to the hour and date specified in the solicitation or as amended , by one of the following methods: (a) By completing

The above numbered solicitation is amended as set forth in Item 14. The hour and date specified for receipt of Offers

11. THIS ITEM ONLY APPLIES TO AMENDMENTS OF SOLICITATIONS

FACILITY CODE CODE

10B. DATED (SEE ITEM 13)

10A. MODIFICATION OF CONTRACT/ORDER NO.

9B. DATED (SEE ITEM 11)

9A. AMENDMENT OF SOLICITATION NO.

CODE

8. NAME AND ADDRESS OF CONTRACTOR (No., street, county, State and ZIP Code)

7. ADMINISTERED BY (If other than Item 6)CODE 6. ISSUED BY

PAGE OF PAGES

4. REQUISITION/PURCHASE REQ. NO.3. EFFECTIVE DATE2. AMENDMENT/MODIFICATION NO. 5. PROJECT NO. (If applicable)

1. CONTRACT ID CODE

AMENDMENT OF SOLICITATION/MODIFICATION OF CONTRACT

12/17/2014

CHECK ONE A. THIS CHANGE ORDER IS ISSUED PURSUANT TO: (Specify authority) THE CHANGES SET FORTH IN ITEM 14 ARE MADE IN THE CONTRACT

B. THE ABOVE NUMBERED CONTRACT/ORDER IS MODIFIED TO REFLECT THE ADMINISTRATIVE CHANGES (such as changes in paying office, C. THIS SUPPLEMENTAL AGREEMENT IS ENTERED INTO PURSUANT TO AUTHORITY OF:

D. OTHER (Specify type of modification and authority) appropriation date, etc.) SET FORTH IN ITEM 14, PURSUANT TO THE AUTHORITY OF FAR 43.103(b).

E. IMPORTANT: Contractor is not, is required to sign this document and return __________________ copies to the issuing office.

ORDER NO. IN ITEM 10A.

14. DESCRIPTION OF AMENDMENT/MODIFICATION (Organized by UCF section headings, including solicitation/contract subject matter where feasible.)

Project Title: Station Service Equipment Replacement, Kortes Powerplant, Kortes Unit, Pick-Sloan Missouri Basin Program, Wyoming

See attachment for changes incorporated by this amendment:

16A. NAME AND TITLE OF CONTRACTING OFFICER (Type or print)15A. NAME AND TITLE OF SIGNER (Type or print)

15C. DATE SIGNED 16B. UNITED STATES OF AMERICA 15B. CONTRACTOR/OFFEROR 16C. DATE SIGNED

(Signature of person authorized to sign) (Signature of Contracting Officer)

Gerri Voto-Braun

STANDARD FORM 30 (REV. 10-83)

Prescribed by GSA

FAR (48 CFR) 53.243

NSN 7540-01-152-8070

Previous edition unusable

Except as provided herein, all terms and conditions of the document referenced in Item 9 A or 10A, as heretofore changed, remains unchanged and in full force and effect .

Amendment No. 0004 Solicitation No. R15PS00030

Description of Changes:

1. In Part I – The Schedule, remove Section B – Supplies or Services and Prices in its entirety and substitute therefor the attached revised Section B.

2. In Part I – The Schedule, Section 01 33 00 – Submittals, remove Pages 01 33 00 – 9 through 01 33 00 -14 and substitute therefor the attached revised Pages 01 33 00 – 9 through 01 33 00 -14.

3. In Part I – The Schedule, remove Section 02 82 20 – Removal and Disposal of Asbestos Containing

Materials in its entirety and substitute therefor the attached revised Section 02 82 20.

Receipt of Proposals: The hour and date for receipt of proposals remains the same, 4:00 PM on March 20, 2015.

Kortes Powerplant Amendment No. 004 Station Service Equipment Replacement

Schedule

Revised - B - 1

SECTION B – SUPPLIES OR SERVICES AND PRICES

STATION SERVICE EQUIPMENT REPLACEMENT

Kortes Powerplant

Kortes Unit Pick-Sloan Missouri Basin Program, Wyoming

B.1 SCHEDULE

(a) Offers will be considered for award on the following schedule, but no offer will be considered for award on only a part of the schedule.

(b) All offers are subject to the terms and conditions of this solicitation.

(c) See the contract clause at WBR 1452.232-81, Payment for Mobilization and Preparatory Work, for CLIN 1.

(d) Definitions:

(1) CLIN – Contract Line Item Number.

SCHEDULE

CLIN Section Supplies or Services Quantity and Unit

Unit Price

Amount

1 WBR

1452.232-81

Mobilization and Preparatory Work

For the lump sum of $

2 01 33 26 Electrical Drawings and Data

For the lump sum of $

3 02 82 20 Asbestos investigation, testing, and test report

For the lump sum of $

4 03 81 10 Concrete Removal For the lump sum of $

5 03 81 10 Steel Cover Plates For the lump sum of $

6 03 81 10 Core Drilling 10-Inch Holes in Existing Concrete

26 Linear Inch

7 26 04 00 Electrical Demolition and Removal

For the lump sum of

Revised - B - 2

SCHEDULE

CLIN Section Supplies or Services Quantity and Unit

Unit Price

Amount

8 26 05 10 Conductors and Cables 2-conductor, No. 12 AWG

2,900 lin ft

9 26 05 10 Conductors and Cables 3-conductor, No. 12 AWG

620 lin ft $ $

10 26 05 10 Conductors and Cables 2-conductor, No. 10 AWG

160 lin ft $ $

11 26 05 10 Conductors and Cables 3-conductor, No. 10 AWG

2,850 lin ft $ $

12 26 05 10 Conductors and Cables 4-conductor, No. 10 AWG

140 lin ft $ $

13 26 05 10 Conductors and Cables 5-conductor, No. 10 AWG

360 lin ft $ $

14 26 05 10 Conductors and Cables 2-conductor, No. 8 AWG

200 lin ft $ $

15 26 05 10 Conductors and Cables 3-conductor, No. 8 AWG

1,200 lin ft $ $

16 26 05 10 Conductors and Cables 2-conductor, No. 6 AWG

600 lin ft $ $

17 26 05 10 Conductors and Cables 3-conductor, No. 6 AWG

400 lin ft $ $

18 26 05 10 Conductors and Cables 4-conductor, No. 6 AWG

60 lin ft $ $

19 26 05 10 Conductors and Cables 3-conductor, No. 4 AWG

2,400 lin ft $ $

20 26 05 10 Conductors and Cables 1-conductor, No. 2 AWG

1280 lin ft $ $

21 26 05 10 Conductors and Cables 3-conductor, No. 1/0 AWG

100 lin ft $ $

22 26 05 10 Conductors and Cables 3-conductor, No. 2/0 AWG

150 lin ft $ $

23 26 05 10 Conductors and Cables 4-conductor, No. 2/0 AWG

420 lin ft $ $

Revised - B - 3

SCHEDULE

CLIN Section Supplies or Services Quantity and Unit

Unit Price

Amount

24 26 05 10 Conductors and Cables 1-conductor, No. 4/0 AWG

300 lin ft $ $

25 26 05 10 Conductors and Cables 1-conductor, 500 kcmil

1280 lin ft $ $

26 26 05 10 Conductors and Cables 1-conductor, 600 kcmil

600 lin ft $ $

27 26 05 36 Cable Trays For the lump sum of $

28 26 13 11 480-Volt Station Service Combination Switchgear/Switchboard

For the lump sum of $

29 26 13 11 480-Volt Station Service Combination Switchgear/Switchboard Spare Parts

For the lump sum of $

30 26 13 12 125 VDC Distribution Switchboard

For the lump sum of $

31 26 13 12 125 VDC Distribution Switchboard Spare Parts

For the lump sum of $

32 26 22 19 Control Power Transformers For the lump sum of $

33 26 24 24 Distribution Panelboards For the lump sum of $

34 26 24 24 Distribution Panelboards Spare Parts

For the lump sum of $

35 26 25 00 Low-Voltage Busway For the lump sum of $

36 26 27 00 Transformer-Load Centers For the lump sum of $

37 26 27 00 Transformer-Load Centers Spare Parts

For the lump sum of $

TOTAL FOR SCHEDULE $_________________

END OF SCHEDULE

Revised - B - 4

This page intentionally left blank.

Submittals

01 33 00 - 9 (Revised)

Table 01 33 00A - List of Submittals *Submittal types: A – Action, I – Information **CO indicates Contracting Officer and COR indicates Contracting Officer’s Representative.

RSN

Clause or Section

Title

Submittals Required

Due Date or Delivery Time

Type* Respon-sible Code

No. of sets to be sent to:**

CO COR TSC

01 35 20-2 Safety and Health

Exposure Assessment Sample Data

Within 24 hours of receipt from the lab

I COR 0 5 0

01 35 20-3 Safety and Health

Proof of Medical Clearances

At least 14 days before onsite work

I COR 0 3 0

01 35 20-4 Safety and Health

Monthly Accident Summary Report

First day of every month while onsite work

I COR 0 5 0

01 35 30-1 Contractor’s Onsite Safety Personnel

Qualifications At least 28 days before site mobilization

I COR 0 5 0

01 35 30-2 Contractor’s Onsite Safety Personnel

CIH Inspections Reports

Every month within 7 days of the inspection

I COR 0 5 0

01 35 30-3 Contractor’s Onsite Safety Personnel

Safety Inspection Reports

First day of every month while onsite work

I COR 0 5 0

01 51 00-1 Temporary Utilities

Plan for Temporary Power and Protection

At least 28 days before commencing on-site work

A COR 0 5 1

01 54 20-1 Use of Government Crane

Crane Use Schedule 7 days prior to requested use date

I COR 0 5 0

01 54 20-2 Use of Government Crane

Critical Lift Plan At least 7 days before proposed lift

A COR 0 5 0

01 56 10-1 Protection of Existing Installations

Protection Plan At least 21 days before performing related work

A COR 0 5 0

01 74 00-1 Cleaning and Waste Management

Waste Production and Disposal Records

Within 7 days of waste disposal

I COR 0 5 0

01 74 00-2 Cleaning and Waste Management

Hazardous Wastes Manifest

Within 7 days of hazardous waste disposal

I COR 0 5 0

01 74 00-3 Cleaning and Waste Management

Environmental Consultant Resume

At least 28 days before beginning environmental assessment

I COR 0 3 0

01 74 00-4 Cleaning and Waste Management

Environmental Site Assessment

Within 14 days of completion of work

I COR 0 3 0

01 33 00 - 10 (Revised)

Table 01 33 00A - List of Submittals

Section

Title

Submittals Required

Due Date or Delivery Time

Type* Respon-sible Code

No. of sets to be sent to:**

CO COR TSC

02 82 20-1 Investigation, Removal and Disposal of Asbestos Containing Materials

Contractor and Subcontractor’s Asbestos Abatement History

At least 21 days before asbestos removal starts

I COR 0 3 0

02 82 20-2 Investigation, Removal and Disposal of Asbestos Containing Materials

Resumes, Certificates, and Qualifications

At least 21 days before asbestos removal starts

I COR 0 3 0

02 82 20-3 Investigation, Removal and Disposal of Asbestos Containing Materials

Asbestos Hazard Control Abatement and Clean Up Plan

Within 30 days of submitting RSN 02 82 20-6 (Report of Findings)

A COR 0 5 0

02 82 20-4 Investigation, Removal and Disposal of Asbestos Containing Materials

Asbestos and Silica Sampling Data

Within 2 days after tests completed

I COR 0 5 0

02 82 20-5 Investigation, Removal and Disposal of Asbestos Containing Materials

Certificate of Disposal

Within 14 days after disposal I COR 0 5 0

02 82 20-6 Investigation, Removal and Disposal of Asbestos Containing Materials

Report of findings Within 2 weeks of completion of lab tests

I COR 0 5 0

02 83 33-1 Removal and Disposal of Equipment With Coatings Containing Heavy Metals

Resumes At least 14 days before beginning onsite work

I COR 0 3 0

01 33 00 - 11 (Revised)

Table 01 33 00A - List of Submittals

Section

Title

Submittals Required

Due Date or Delivery Time

Type* Respon-sible Code

No. of sets to be sent to:**

CO COR TSC

02 83 33-2 Removal and Disposal of Equipment With Coatings Containing Heavy Metals

Written Compliance Program for Worker Protection

At least 28 days before beginning onsite work

A COR 0 5 0

02 83 33-3 Removal and Disposal of Equipment With Coatings Containing Heavy Metals

Plans At least 28 days before beginning onsite work

A COR 0 5 0

02 83 33-4 Removal and Disposal of Equipment With Coatings Containing Heavy Metals

Emission and Release Monitoring Plan

At least 28 days before beginning onsite work

A COR 0 5 0

02 83 33-5 Removal and Disposal of Equipment With Coatings Containing Heavy Metals

Certificate of Disposal or Recycling Documentation

Within 14 days after disposal A COR 0 5 0

03 62 20-1 Nonshrink Grout

Approval Data At least 28 days before installation

A COR 0 5 0

03 62 20-2 Nonshrink Grout

Instructions At least 14 days before delivery to jobsite

I COR 0 5 0

03 81 10-1 Concrete Removal

Concrete Removal Plan

At least 28 days before removal

A COR 0 5 0

07 84 00-1 Firestopping Approval Data At least 28 days before installation

A COR 0 5 0

07 84 00-2 Firestopping Instructions At least 14 days before delivery to jobsite

I COR 0 5 0

26 04 00-1 Electrical Demolition and Removal

Removal and Installation Plan

At least 28 days before any installation or removal

A COR 0 5 1

26 05 10-1 Conductors and Cables

Approval Data At least 28 days before installation

A COR 0 5 1

26 05 10-2 Conductors and Cables

Test Reports Within 7 days of test completion

I COR 0 5 1

26 05 20-1 Grounding and Bonding

Test Reports Within 7 days of test completion

I COR 0 5 1

26 05 33-1 Electrical Conduit

Approval Drawings At least 7 days before installation

A COR 0 5 1

01 33 00 - 12 (Revised)

Table 01 33 00A - List of Submittals

Section

Title

Submittals Required

Due Date or Delivery Time

Type* Respon-sible Code

No. of sets to be sent to:**

CO COR TSC

26 05 36-1 Cable Trays Approval Drawings At least 21 days before installation

A COR 0 5 1

26 05 36-2 Cable Trays Approval Data At least 28 days before installation

A COR 0 5 1

26 05 90-1 Wiring Checkout and Tests

Test Notification At least 14 days prior to the test

A COR 0 5 0

26 05 90-2 Wiring Checkout and Tests

Test Report Within 7 days of test completion

I COR 0 5 1

26 13 11-1 480-Volt Combination Switchgear/ Switchboard

Approval Drawings and Data in Manufacturer’s Format

At least 21 days before installation

A COR 0 5 1

26 13 11-2 480-Volt Combination Switchgear/ Switchboard

Approval Drawings in Government Format

At least 21 days before installation

A COR 0 5 1

26 13 11-3 480-Volt Combination Switchgear/ Switchboard

Factory Test Report Within 7 days of test completion

I COR 0 5 1

26 13 11-4 480-Volt Combination Switchgear/ Switchboard

Field Test Reports Within 7 days of test completion

I COR 0 5 1

26 13 11-5 480-Volt Combination Switchgear/ Switchboard

Final Drawings Within 14 days of construction completion

I COR 0 5 1

26 13 11-6 48-Volt Combination Switchgear/ Switchboard

Operations and Maintenance Instruction Book

Within 21 days of construction completion

I COR 0 5 1

26 13 12-1 125 VDC

Distribution Switchboard

Approval Drawings and Data in Manufacturer’s Format

At least 28 days before installation

A COR 0 5 1

26 13 12-2 125 VDC

Distribution Switchboard

Approval Drawings in Government Format: (1) Two-line Diagram (2) Schematic Diagram

At least 28 days before

01 33 00 - 13 (Revised)

Table 01 33 00A - List of Submittals

Section

Title

Submittals Required

Due Date or Delivery Time

Type* Respon-sible Code

No. of sets to be sent to:**

CO COR TSC

26 13 12-3 125 VDC

Distribution Switchboard

Approval Drawings in Government Format: (1)Wiring Diagrams

At least 28 days before installation

A COR 0 5 1

26 13 12-4 125 VDC

Distribution Switchboard

Factory Test Report At least 28 days before installation

A COR 0 5 1

26 13 12-5 125 VDC

Distribution Switchboard

Final Drawings Within 14 days of project completion

I COR 0 5 1

26 13 12-6 125 VDC

Distribution Switchboard

Operations and Maintenance Instruction Book

Within 21 days of construction completion

I COR 0 5 1

26 22 19-1 Control Power Transformers

Approval Data At least 28 days before installation

A COR 0 5 1

26 22 19-2 Control Power Transformers

Approval Drawings At least 21 days before installation

A COR 0 5 1

26 22 19-3 Control Power Transformers

Field Test Reports Within 7 days of test completion

I COR 0 5 1

26 24 24-1 Distribution Panelboards

Approval Data At least 28 days before installation

A COR 0 5 1

26 24 24-2 Distribution Panelboards

Approval Drawings in Government Format: (1)Three-line Diagram

At least 21 days before installation

A COR 0 5 1

26 24 24-3 Distribution Panelboards

Approval Drawings in Government Format: (1)Wiring Diagrams

At least 21 days before installation

A COR 0 5 1

26 24 24-4 Distribution Panelboards

Instruction Manual Within 21 days of construction completion

I COR 0 5 1

26 24 24-5 Distribution Panelboards

Final Drawings Within 14 days of project completion

I COR 0 5 1

26 25 00-1 Low-Voltage Busway

Approval Data At least 28 days before installation

A COR 0 5 1

26 25 00-2 Low-Voltage Busway

Approval Drawings At least 21 days before installation

A COR 0 5 1

26 25 00-3 Low-Voltage Busway

Test Reports Within 7 days of test completion

I COR 0 5 1

26 25 00-4 Low-Voltage Busway

Operations and Maintenance Instruction Books

Within 21 days of construction completion

I COR 0 5 1

26 27 00-1 Transformer- Load Centers

Approval Data At least 28 days before

01 33 00 - 14 (Revised)

Table 01 33 00A - List of Submittals

Section

Title

Submittals Required

Due Date or Delivery Time

Type* Respon-sible Code

No. of sets to be sent to:**

CO COR TSC

26 27 00-2 Transformer- Load Centers

Approval Drawings Government Format:

Three-line Diagram

At least 21 days before installation

A COR 0 5 1

26 27 00-3 Transformer- Load Centers

Approval Drawings Government Format:

Wiring Diagrams

At least 21 days before installation

A COR 0 5 1

26 27 00-4 Transformer- Load Centers

Operations and Maintenance Instruction Books

Within 21 days of construction completion

I COR 0 5 1

26 27 00-5 Transformer- Load Centers

Final Drawings Within 14 days of construction completion

I COR 0 5 1

26 27 00-6 Transformer- Load Centers

Factory Test Reports Within 7 days of test completion

I COR 0 5 1

END OF SECTION

Removal and Disposal of Asbestos Containing Materials

Revised - 02 82 20 - 1

SECTION 02 82 20

INVESTIGATION, REMOVAL, AND DISPOSAL OF ASBESTOS CONTAINING

MATERIALS

PART 1 GENERAL

1.01 MEASUREMENT AND PAYMENT

A. Asbestos investigation, testing, and test report:

1. Lump sum price offered in the schedule.

B. Removal and disposal of asbestos containing materials:

1. Price proposal included in the contract through a contract modification.

1.02 REFERENCE STANDARDS

A. ASTM International (ASTM)

1. ASTM E1368-2014 Visual Inspection of Asbestos Abatement Projects

2. ASTM D5756-2002 Microvacuum Sampling Asbestos

B. Bureau of Reclamation (USBR)

1. RSHS-2009 Reclamation Safety and Health Standards

C. Code of Federal Regulations (CFR)

1. 29 CFR 1910.94 Ventilation

2. 29 CFR 1910.134 Respiratory Protection

3. 29 CFR 1910.1001 General Industry Asbestos

4. 29 CFR 1926.103 Respiratory Protection

5. 29 CFR 1926.1101 Construction Asbestos

6. 40 CFR 61, Subpart A National Emission Standards for Hazardous Air Pollutants, General Provisions

7. 40 CFR 61, Subpart M National Emission Standards for Hazardous Air Pollutants, National Emissions Standard for Asbestos

8. 40 CFR 61.145 (b) Standard for Demolition and Renovation, Notification Requirements

9. 40 CFR 61.150 Standard for Waste Disposal for Manufacturing, Fabricating, Demolition, Renovation, and Spraying Operations

Revised - 02 82 20 - 2

10. 40 CFR 61.154 Standard for Active Waste Disposal Sites

11. 40 CFR 61.156 Cross-Reference to Other Asbestos Regulations

12. 40 CFR 262, Subpart B Standards Applicable to Generators of Hazardous Waste, The Manifest

13. 40 CFR 763 Asbestos Hazard Emergency Response Act

14. 40 CFR 763, Subpart G Asbestos Abatement Projects

15. 49 CFR 107 Hazardous Materials Program Procedures

16. 49 CFR 171 General Information, Regulations, and Definitions

17. 49 CFR 172 Hazardous Materials Table; Special Provisions, Hazardous Communications, Emergency Response Information, , and Training Requirements

18. 49 CFR 173 Shippers-General Requirements for Shipments and Packagings

D. Wyoming Department of Environmental Quality – Solid Waste Rules

E. Wyoming Department of Environmental Quality – Air Quality Program

F. Wyoming Environmental Quality Act

G. State of Wyoming Department of Employment OSHA Standards

1.03 DEFINITIONS

A. Acceptable Levels:

1. Surface contamination (TEM) outside containment less than or equal to the background concentrations.

2. Airborne concentrations (TEM) less than or equal to 70 structures per millimeter squared inside containment. Averaging is not permitted.

3. Airborne concentrations (TEM) less than or equal to background concentrations outside containment, glove bag operations, inside and outside of barriers.

B. Asbestos Containing Material (ACM): Include duct insulation, trowelled on material, ceiling tile, floor tile, mastic, wiring, gaskets, cove base, dust, joint compound, caulk, coatings, pipe, grout around piping at penetrations through the walls, conduit, soil, thermal surface insulation, asbestos containing board, transite cable trays, asbestos containing cement, any equipment, supplies, structural material, debris, wiring, cabinets, other surfaces, containment, personal protective equipment, furniture, filters, wastes or any other material contaminated with ACM.

C. Asbestos: Includes all shapes and sizes of both serpentine and amphibole mineral forms of chrysolite, amosite, crocidolite, tremolite asbestos, anthophyllite asbestos, and

Revised - 02 82 20 - 3 actinolite asbestos and all surfaces, structures, materials or equipment contaminated with it.

D. Background Sampling:

1. A combination of TEM air monitoring in and peripheral to the abatement area prior to any/all mobilization to establish the existing airborne concentrations.

2. Includes surface wipe or vacuum cassette sampling analyzed by TEM to establish surface contamination levels prior to any/all mobilization. Background sample levels are used to establish the thresholds for cleanup and clearance outside the abatement area.

E. Barriers: Poly sheets taped in place used to isolate equipment or a work area as a control method to prevent and limit surface, airborne or physical tracking of contamination as an element of the plan accepted by Reclamation prior to conducting the task(s).

F. Bulk Sampling: Collection of suspect material to be analyzed to determine the presence or absence of asbestos. Polarized Light Microscopy (PLM) consistent with the 29 CFR

1910.1001 and 29 CFR 1926.1101 is the most common laboratory procedure. TEM may be necessary where PLM experience difficulties with smaller structures, pieces, chards, clusters, chunks, unusual matrices etc.

G. Certified Industrial Hygienist (CIH): Certified in good current standing with the American Board of Industrial Hygiene.

H. Clearance Monitoring and Sampling: Consists of three kinds of sampling analyzed by

TEM.

1. Clearance air monitoring inside containment to verify that airborne concentrations are less than or equal to 70 structures per millimeter squared for each sample collected.

2. Averaging shall not be permitted. Clearance air monitoring outside containment in the event that there is a real or suspected airborne release from containment, glove bag operations, an area or equipment isolated by barriers.

3. Clearance surface wipe sampling in the event that there is a real or suspected airborne release, tracking, or spill resulting in a real or suspected contamination of surfaces, equipment or furnishings inside or outside of containment.

4. Final clearance sampling shall be utilizing the aggressive protocol.

I. Containment: A double off set overlapping 6 mill poly on walls and ceiling, at least two layers of 6 mill poly on the floor, air tight, fully sealed on all sides, glued and taped seams, HEPA filtered (99.97 percent @ 0.3 microns), functionally maintained 24 hours per day7-days per week at - 0.03 WC minimum negative pressure differential, continuously monitored by a direct reading printing alarming recording manometer, filtered incoming air with a pressure failure seal flap, air locked clean room, air locked dirty room, air locked bag out room, air locked shower, chambers separated by at least

Revised - 02 82 20 - 4 double opposing full length weighted poly doorways, three stage decontamination design, shower with hot and cold water, shower water drained through at least a 5 micron filter, water disposed of off-site, plexiglas viewing window, all penetrations from utilities, ducts, lights, switches, vents, diffusers, louvers sealed with two layers of 6-mill poly.

J. Contamination: Existing and new dust, debris, solvents, fluids, fuel, oil, lubricants and materials, equipment, protective equipment, tools, soil, water, machinery, filters contaminated with any form of serpentine or amphibole asbestos.

K. Current Fit Test: Employee specific respirator fit test conducted using methods detailed in the regulatory standards, lists results, make, size, brand, type of respirator that is less than 12 months old at the completion of the work on-site. Signed by the employee and the fit test technician.

L. Current Medical Clearance: Medical clearance for respirator use and asbestos abatement consistent with the 29 CFR 1910.1001 and 29 CFR 1926.1101 signed by a licensed physician (MD) that is less than 12 months old at the completion of the abatement work.

M. Enclosure: Sealing of contaminated equipment, cabinets, electrical equipment to be removed prior to removal from containment, transport through the facility and storage.

Minimum of two off set layers of 6-mil poly, all seams taped and labeled.

N. Friable: Asbestos containing materials, surface dusts, contaminated soil, contaminated water, contaminated equipment when disturbed, damaged, dried, handled, removed make fiber release possible.

O. Handling: Includes set up, background sampling, containment, clean up, removal, demolition, lock-down/spray back, solvent cleaning, encapsulation, collection, containerization, clearance testing, air monitoring, inspection, storage, and transportation of any ACM and all materials or equipment contaminated with ACM.

P. Isolated Work Area: Containment, glove bag, room or work area isolated by opposing poly barriers designed with HEPA filtration exhausted outside of the powerplant.

Q. Glove Bag: A 6-mil poly bag fitted with gloves, configured to be sealed around a localized asbestos removal that can be attached to other glove bags shall be attached to a HEPA vacuum that is marketed for the purpose of asbestos abatement. Glove bag operations require secondary barriers on all penetrations and entrances to isolate the glove bag work area. Glove bag work areas include HEPA filtration exhausted outside the powerplant.

R. HEPA: High Efficiency Particulate Absolute filtration efficiency of 99.97 percent at

0.3 microns.

S. Perimeter Sampling:

Revised - 02 82 20 - 5

1. TEM air monitoring outside containment, adjacent to glove bag operations, inside and outside barriers, conducted prior to abatement, during abatement and during clearance sampling.

2. Surface wipe sampling utilizing TEM analysis to assess surface contamination.

T. Personal air monitoring: Air monitoring of each abatement task with exposure risk by attaching an air sample pump calibrated to a primary standard to the belt of a worker and placing the 25-millimeter cassette in the breathing zone that complies with the PCM methodology.

U. Phase Contrast Microscopy (PCM): The use of the methodology defined in the 29 CFR

1910.1001 and 1926.1101 Occupational Safety and Health Administration Standards.

PCM shall only be utilized for personal breathing zone sampling of abatement workers.

V. Regulated area: Areas where asbestos removal and removal of contaminated equipment are performed which are isolated by physical boundaries, containment, barriers, enclosure, glove bag operations and designed, sealed and HEPA filtered to prevent the release of asbestos dust, fibers debris, contaminated materials and tracking of materials.

Areas on project site where background TEM air concentrations for asbestos due to the nature of the work can reasonably be expected to increase in the event of a containment problem or would result in the release of fibers into a facility. Includes as the minimum, all sections of the containment, area immediately surrounding the containment, decontamination areas, air locks, handling areas, storage areas and staging areas.

W. Smoke Testing: 1-3 minute high volume smoke candles used to verify function, visualize air flow leakage, dead spots, air exchange rates and clearance times.

X. Transmission Electron Microscopy (TEM):

1. The analytical method for all area air samples, clearance samples, wipe samples analyzed by the lab to provide qualitative identification, quantification of asbestiform minerals and size differentiation data consistent with the 40 CFR 763.

2. The analytical method for verification of PCM samples when determined to be necessary by the COR.

Y. Vacuum Sampling: The collection of surface dust samples over a 100 square centimeter or 1 square foot area onto an asbestos cassette acceptable to the analytical lab for conducting TEM analysis yielding qualitative, quantitative and structure size data.

Z. Wipe Sampling: The collection of surface samples of 100 square centimeters or 1 square foot utilizing media acceptable to the analytical lab for conducting TEM analysis yielding qualitative, quantitative and structure size data. Utilized for background surface sampling, verification of surface clearances, to assess tracking, spills, uncontrolled releases and clean ups.

Revised - 02 82 20 - 6

1.04 SUBMITTALS

A. Submit the following in accordance with Section 01330 – Submittals.

B. RSN 02 82 20-1, Contractor and Subcontractor’s Asbestos Abatement History:

1. Statement signed by an officer of the company or companies containing:

a. Record of citations issued by Federal, State, or local regulatory agencies relating to asbestos activities. Include project names, dates, and resolutions.

b. List of penalties incurred through non-compliance with asbestos project specifications.

c. Situations in which an asbestos-related contract has been terminated Include project names, dates, and reasons for terminations.

2. If there are none, provide negative declaration signed by an officer of the company or companies.

3. Listing of recent asbestos abatement jobs.

C. RSN 02 82 20-2, Resumes, Certificates, and Qualifications:

1. Resumes:

a. General Abatement Contractor:

1) Current General Abatement Contractor certificate.

2) Contractor to comply with requirements of State regulations.

b. Onsite Abatement Supervisor/Competent Person:

1) A Supervisor course completion certificate for asbestos and most recent certificate for required refresher training.

2) Copy of current State certification card. This must also be carried on the person at all times while on site.

3) Resume for on-site supervisor/competent person.

c. Asbestos Project Designer:

1) Asbestos Project Designer course completion certificate for asbestos and most recent certificate for required refresher training.

2) Copy of State certification for Abatement Project Designer.

d. Independent Testing Laboratory:

1) NVLAP laboratory accreditation number.

2) Name, address, and telephone number.

e. Abatement Workers:

Revised - 02 82 20 - 7

1) A Worker course completion certificate for asbestos and current certificate for required refresher training.

2) Copy of current State certification card. This must also be carried on the person at all times while on site.

2. First Aid and CPR certificates for persons designated to provide first aid during asbestos abatement.

3. Certificates of Employee Training:

a. For each employee who will perform asbestos abatement operations.

b. Training course completion certificates and current refresher.

c. Signed by each employee.

d. Indicates that employee:

1) Has received training in proper handling of materials and wastes that contain asbestos in accordance with 29 CFR 1926.1101;

40 CFR 763 Subpart E, Appendix C.

2) Understands health implications and risks involved, including illnesses possible from exposure to airborne asbestos fibers.

3) Understands use and limits of respiratory equipment to be used.

4) Understands results of monitoring of airborne quantities of asbestos as related to health and respiratory equipment as indicated in 29 CFR 1926.1101.

e. Document dates of training, training entity, names of instructors, and qualification of instructors.

4. Transporter Qualifications:

a. Written evidence that the transporter to be used is approved for asbestos transport by the EPA, state, and local regulatory agencies.

5. Disposal Facility Qualifications:

a. Written evidence that the landfill to be used is approved for asbestos disposal by the EPA, state, and local regulatory agencies

b. Include name, address, facility location, and phone number of contact person of disposal facility.

6. Permit requirements:

a. A copy of the permit obtained from the State.

b. This permit shall also be posted in a conspicuous location at the worksite at all times.

D. RSN 02 82 20-3, Asbestos Hazard Control Abatement and Clean Up Plan:

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1. A comprehensive plan that details the site specific control methods including;

containment, enclosure, isolated work areas, enclosure, barriers, glove bags, engineering controls, exhaust ventilation, HEPA vacuum, work practices, wet methods, encapsulation methods, background sampling, surface sampling, personal sampling, area air monitoring, peripheral area air monitoring, clearance air monitoring, personal decontamination procedures, equipment decontamination procedures, cleaning procedures, lock down/spray back, inspection procedures, clearance procedures, observation of abatement workers, handling, containerizing, labeling, storage and transport procedures for all abatement and clean-up activities at the Kortes Powerplant. The plan shall include drawings, calculations, specific equipment, work practices, control methods and equipment for the work at Kortes Powerplant. References to the regulatory standard, industry practices, or requirements in this specification and generic company programs/practices will not be accepted.

2. This plan shall be submitted, reviewed and acceptable to Reclamation prior to mobilization in accordance with the 29 CFR 1910, 1926, 40 CFR 763 and this specification.

3. Prepared by certified Asbestos Project Designer or CIH.

4. Reviewed and signed by the CIH.

5. Materials and Equipment:

a. Manufacturer’s data for materials and equipment to be used in work.

1) Include name, model, capacity, performance characteristics and any other pertinent information, certificates of lock down/spray back and encapsulate to be used, material safety data sheets for all chemicals to be used.

2) Include data on the following, but not be limited to:

a) High Efficiency Particulate Air (HEPA) filtered local exhaust equipment.

b) Return air filters.

c) HEPA vacuum cleaning equipment.

d) Direct reading printing alarming differential manometer.

e) 3-minute smoke candles.

f) Velometers.

g) Respirators, make, model, and type.

h) Personal and Area Air Monitoring equipment.

i) Personal Protective Equipment; suits, boots, gloves, eye, face, hearing protection.

j) Hand sprayers.

Revised - 02 82 20 - 9

k) Air less sprayers.

l) Labeled disposal bags.

m) Secured, Lined, Labeled, Disposal Containers.

n) 6-mill Poly Plastic Sheeting, spray glue, tape.

o) Wetting Agent.

p) Decontamination Unit, shower, water filtration equipment.

q) Lock down/spray back material.

r) Brushes, scrapers, shovels and tools.

s) Scaffolding, ladders, lifts.

t) Penetrating encapsulant.

u) Bridging encapsulant.

v) Prefabricated decontamination unit.

w) Plexiglas windows installed in the containment walls.

6. Compliance Program for Worker Protection:

a. Respirator program as required by 29 CFR 1926.1101 and 29 CFR 1910.134.

b. Verification of current medical clearance by a licensed physician.

7. Containment, Isolation, Enclosure, Barrier and Glove Bag System Plan:

a. The accredited asbestos project designer shall design asbestos abatement and clean-up plan for each work area and each piece of equipment contaminated by asbestos in each location in the Kortes powerplant that is acceptable to Reclamation.

b. Double layer off-set 6 mill poly containment system acceptable to Reclamation including attached dirty bag-out room, shower, clean room.

c. Rooms, isolated work areas, abatement and control areas separated with double opposing hanging poly air lock doors between access/egress glued and taped seams.

d. Containments continuously monitored and maintained 24-hours per day 7-days per week by a direct reading, alarming, printing manometer verifying a constant negative pressure differential of -0.03 WC or more negative.

e. Containments inside Kortes shall include barriers outside the double walled containment to prevent contamination of adjacent rooms in the event of a breech whenever feasible.

f. Containments, isolated work areas and glove bag work areas shall use filtered make up air and HEPA filtered discharge outside of the powerplant.

Revised - 02 82 20 - 10

g. Containments, isolated work areas, glove bag work areas shall remain functional maintained 24-hours per day7-days per week until clearance sample data are accepted by Reclamation and prior to dismantling.

h. An enclosed containment, isolated work area or glove bag regulated areas acceptable to Reclamation and as defined in this specification are required for all abatement and clean-up operations at the Kortes Powerplant including; removal, clean-up, enclosure and removal of cabinets, breakers, wiring, cables, cable trays, clean up, encapsulation and clearance testing.

Information provided shall include:

i. Descriptions, detail project drawings, and site layout.

1) Include work site control, isolated work area, barriers, glove bag containment techniques testing and complete sealing of all utilities, penetrations, fixtures, vents, ducts, conduits, electrical wiring in the adjacent rooms, corridors, offices and stairways not included in the abatement throughout all set up, abatement, clean-up and clearances in a manner that prevents all contamination of those spaces and in a manner acceptable to Reclamation, local exhaust ventilation system locations, decontamination units, temporary waste storage facility, location of temporary utilities, and boundaries of each regulated area.

2) Include work site containment, isolation, barrier area techniques, local exhaust ventilation system locations, decontamination units, temporary waste storage facility, location of temporary utilities, and boundaries of each regulated area.

3) Containment shall be maintained at -0.03mm2 water column as indicated on a continuous reading, printing, alarming, direct reading manometer, or manometers installed in such a manner on the containment as to provide an accurate indication of the function of the containment.

4) The doors between each compartment of the containment system, including: clean room, shower, dirty room, bag out room, decontamination trailer, decontamination corridor, abatement work rooms and barriers separating a work area shall be isolated by double opposing full length poly flaps.

5) The make-up air into the containment shall be filtered and fitted with vertical flaps on the inside of the containment to prevent the escape of material from the containment in the event of a loss of negative pressure.

6) The Contractor shall provide secured lined dumpsters on-site to deposit the waste, debris, wrapped duct and any/all contaminated materials.

Revised - 02 82 20 - 11

7) All waste, debris, equipment removed from the containment shall be wetted to dripping and enclosed in sealed, double, labeled 6 mil bags.

8) All utility openings and penetrations to all work areas shall be sealed with two layers of 6 mil poly prior to removal operations, glove bag operations or other activities that potentially disturb asbestos containing materials or existing surface contamination.

8. Exposure and Emissions Monitoring: The Contractor’s CIH shall include an Exposure and Emissions Monitoring Plan as a component of the Abatement Plan that details all background, surface wipe, personal, area, peripheral and clearance surface and air monitoring at the Kortes Powerplant that is acceptable to Reclamation. It shall include the following:

a. All sample data results shall be provided to the COR and Reclamation IH within 24 hours of receipt from the lab. Hard copy follow up shall include chain of custody signed by the Contractor’s Supervisor/Competent Person, pump number, type, location/drawings, flow rates, time on/time off, calibration data, personnel represented, abatement operation sampled and personal protective equipment in use.

b. The braided wiring to be removed has high silica concentrations in the outer woven jacket which has resulted in high ambient dust loading and silica concentrations during recent wire removal tasks. It also contains 20- 25 percent chrysotile asbestos.

1) Plan for respirable silica exposure monitoring of personnel while removing woven wiring, based on the ACGIH TLV.

2) Plan for background surface and area sampling.

3) Plan for area sampling for silica during removal of the woven wiring.

4) Plan for clearance surface and area monitoring for silica.

c. Plan for the collection of TEM background surface and air samples to establish the concentrations prior to the start of all abatement activities.

d. Plan for personal PCM monitoring airborne asbestos on workers that represents each task type.

e. Plan for TEM area monitoring inside containments, glove bag areas and areas isolated by barriers throughout the abatement activities.

f. Plan for TEM area monitoring outside containment, glove bag areas and areas isolated by barriers in the powerplant to verify the ongoing effectiveness of the controls and work practices.

g. Plan for TEM surface and air monitoring and reporting releases.

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h. Plan for decontamination and TEM monitoring of surfaces, equipment, inside and outside containment, glove bag areas and areas isolated by barriers. Acceptable levels inside are defined as asbestos free. Acceptable levels outside of containment are defined as less than or equal to background sample concentrations.

i. Plan for TEM clearance testing inside containment that does not utilize averaging to attain levels less than or equal to 70 structures per square millimeter.

j. Plan for transporting the samples to an accredited TEM laboratory and for subsequent analysis that provides data in a manner timely enough to accurately assess the ongoing operations at the Kortes Powerplant. The turn-around time for the analysis is critical for this work to progress efficiently without a negative impact on powerplant operations.

k. Acceptable surface concentrations at Kortes are less than or equal to background data outside of containment and non-detect inside containment.

l. Acceptable area air concentrations outside of containment are less than or equal to the background concentrations prior to the initiation of all abatement activities on-site.

m. Acceptable clearance air concentrations are less than or equal to 70 structures per millimeter TEM. Averaging of sample concentrations to attain 70 is not permitted.

9. Waste Characterization, Handling, and Disposal:

a. Plan for handling, storage, transporting, and disposal of project-generated waste and cleaning of reusable items.

b. Plan for disposal of wastewater:

1) Include name, location, and address of proposed treatment facility and contact person at proposed treatment facility.

c. Name, address and qualifications of transporter.

d. Name, address and qualifications of disposal facility to include acceptance of asbestos waste.

e. Written notice from owner or operator of disposal facility documenting permits and agreement to accept waste generated under this contract.

E. RSN 02 82 20-4, Asbestos and Silica Sampling Data:

1. Background, surface, personal, area, peripheral and clearance sampling results and documentation shall be submitted throughout the project within 24 hours of receipt from the lab, to the Government’s CIH electronically followed by hard copy to the COR per the submittal schedule.

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2. Printed pressure differential recordings from the manometer for containment area shall be provided informally to the Reclamation Inspector daily throughout the project.

3. Clearance report shall be submitted for review and approval by the COR.

F. RSN 02 82 20-5, Certificate of Disposal:

1. Certification hazardous material have been shipped, received, and properly disposed or treated.

G. RSN 02 82 20-6, Report of findings:

H. 1. Include test results and summary.

1.05 QUALIFICATIONS

A. Supervisor/Competent Person:

1. Defined in 40 CFR 1926.32 and 1101, 40 CFR 763 Subpart E, Appendix C.

2. Experienced in administration and supervision of asbestos abatement projects under OSHA and EPA regulations

3. Successfully completed Contractor/ Supervisor Training and is currently accredited under an approved Model Accreditation Plan as defined in 40 CFR 763.

4. Capable of supervising, observing abatement inside and outside of containment, identifying and correcting abatement problems.

5. Has the authority to take prompt corrective measures to eliminate them.

6. On jobsite and at the point of actual work during all asbestos abatement activity.

7. Duties include:

a. Supervise assessment of work areas for asbestos containing materials.

b. Control entry to and from any regulated area, including entry log.

c. Assure employees wear appropriate PPE, are trained in the use of appropriate methods for exposure control, and verify that abatement workers are clean shaven every day.

d. Use proper hygiene methods and decontamination procedures.

e. Ongoing direct verification of the effectiveness of all control methods, work practices, engineering controls, containment, enclosure, isolation and glove bag techniques.

f. Conducts all background, surface, wipe, personal air monitoring, area air monitoring, peripheral air monitoring, clearance review results. Provide continuous ongoing direct technical direct oversight of all abatement activities engineering controls and containment function, provide direct

Revised - 02 82 20 - 14 technical oversight on correction of problems with controlling fiber releases, difficulties in attaining clearances, and provide direct written approval for cleanup practices in the event of a cleanup, containment testing, observation of abatement worker inside containment, verifying containment function, verifying continuous negative air filtration function and filter changes.

g. Responsible for compliance with applicable Federal, State of Wyoming, and local requirements, the contractors Accident Prevention Plan (Safety Plan), and Asbestos Hazard Abatement Plan.

h. Have input to and sign the Asbestos Hazard Abatement Plan.

B. Accredited Asbestos Project Designer:

1. Has EPA Model Accreditation Plan Contractor/ Supervisor Training.

2. Accredited Abatement Project Designer in accordance with ARM 17.74.315.

3. Duties include:

a. Prepare Asbestos Hazard Abatement Plan acceptable to Reclamation.

C. Certified Industrial Hygienists (CIH): See Section 01 35 30 for CIH qualification requirements.

1. Duties:

a. Have input into, design, review, and sign the Asbestos Hazard Abatement and Clean Up Plan.

b. Verify current worker certifications, medical clearances and fit testing.

Provide ongoing technical guidance to the onsite Supervisor/Competent Person in implementing safety and health requirements during the performance of the required work.

c. The CIH shall visit the site during start-up of asbestos removal activities and a minimum of one time per month during all asbestos clean-up and removal activities to confirm that the work is being performed in accordance with the submitted plans.

D. Asbestos Abatement Workers:

1. Meet requirements contained in 29 CFR 1926.1101, 40 CFR 61, Subpart M and other applicable federal regulations, State of Wyoming regulations, and this specification.

E. First Aid and CPR Trained Persons:

1. Designate at least 2 persons currently trained in first aid and CPR to be on site during asbestos abatement operations.

2. Immediately available to render first aid when needed.

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3. May perform other duties.

F. Independent Testing Laboratory:

1. Proficient in conducting Transmission Electron Microscopy (TEM) accredited by NIST under the NVLAP for bulk asbestos analysis and AIHA.

2. Proficient in conducting Phase Contrast Microscopy (PCM) of airborne samples using methods specified by 29 CFR 1926.1101, OSHA Method ID-160, the most current version of NIOSH Method 7400.

G. Transporter:

1. Approved for asbestos transport by the EPA, state, and local regulatory agencies.

2. Meet requirements of 49 CFR 171, 49 CFR 172, and 49 CFR 173 and registration requirements of 49 CFR 107.

H. Disposal Facility:

1. Approved for asbestos disposal by the EPA, state, and local regulatory agencies.

2. Meet 40 CFR 61.154 or 155 requirements as designated in 40 CFR 61.150(b).

1.06 SAFETY AND HEALTH REGULATIONS

A. Comply with RSHS 2009 edition and this specification.

B. Comply with 29 CFR 1926.1101 and Wyoming Air Quality Standards and Regulations.

C. Limit employee exposure to asbestos in accordance with 29 CFR 1926.1101.

D. Limit employee exposure to silica in accordance with the 2012 ACGIH TLV.

1.07 PROJECT CONDITIONS

A. Existing equipment contain asbestos. See Section 51 00 10 – Asbestos Test Results, for hazardous material survey report and laboratory results. Information provided here are from a limited initial survey in accessible areas and not from a comprehensive sampling and analysis plan. The Contractor shall be responsible for performing a full assessment of hazardous material that may be present.

B. The known areas that contain ACM include switchgear, control boards, and floor tile.

1. Braided jacket wiring within the switchgear and control boards contain chrysotile asbestos and silica.

2. Breaker arc chutes and barriers within switchgear D2A.

3. Floor tile and mastic throughout the control room.

4. Surface dust under switchgear and on cable trays contains asbestos. Othersurface dust may contain asbestos.

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C. The Government will remove floor tiles and mastic in the control room. Following removal of floor tile and mastic, Government will perform asbestos testing of the control room area. The test results will be provided within one week of being received from the floor tile removal contractor.

D. The asbestos may be friable, or may become friable upon disturbance and removal.

E. The Contractor will be considered the co-generator of any hazardous waste, in accordance with 40 CFR 260.10.

1.08 CONTRACTOR’S RESPONSIBILITIES

A. Investigate all areas for asbestos contamination where work will be performed by the contractor.

1. Perform assessment using qualified,…