Attachment_13-6_-_LBP_Report.pdf

LIMITED LEAD-BASED PAINT

INVESTIGATION REPORT

BUILDING 216

LOGISTICS READINESS SQUADRON

SHAW AIR FORCE BASE

SUMTER, SOUTH CAROLINA 29152

REPORT PREPARED FOR:

WILBUR SMITH ASSOCIATES

c/o Paul G. Sease, CCG

1301 Gervais Street Columbia, South Carolina 29201

BY:

F&ME CONSULTANTS

Geotechnical / Environmental / Materials

3112 Devine Street Columbia, South Carolina 29205

(803) 254-4540

October 26, 2010

E4995.000

Solicitation No. FA480319BA003 LBP Report_Attachment 13-06

VLSB, 06-0020, Repair CONS/LRS B216

TABLE OF CONTENTS

I. Executive Summary ................................................................................... 1 thru 2

II. Introduction ............................................................................................... 3 thru 4

III. Investigation Results .................................................................................. 4 thru 5

IV. Recommendations ..................................................................................... 5 thru 7

APPENDIX A

Site Vicinity Map (Figure 1)

General Site Plan (Figure 2 - 4)

XRF Test Results (Table I)

Positive Lead-Based Paint Items & Locations (Table II)

Photographs of Positive Lead-Based Paint Items

APPENDIX B

Personnel Certifications

APPENDIX C

SCDHEC Lead-Based Paint Disposal Fact Sheets

Solicitation No. FA480319BA003

F&ME

CONSULTANTS GEOTECHNICAL • ENVIRONMENTAL • MATERIALS

COLUMBIA OFFICE

3112 Devine Street

Columbia, SC 29205 Phone (803) 254-4540

Fax (803) 254-4542

MYRTLE BEACH

OFFICE

1903 Legion Street Myrtle Beach, SC 29577 Phone (843) 626-9253 Fax (843) 448-0681

I. EXECUTIVE SUMMARY

As requested by Wilbur Smith Associates, F&ME Consultants has completed a Limited Lead-Based Paint (LBP) Investigation in Building 216 - Logistics Readiness Squadron, located on Shaw Air Force Base in Sumter, South Carolina.

The purpose of this limited investigation was to locate, assess, and identify interior components of the building structure that contain lead-based paint within the accessible areas to be impacted by proposed and/or future renovations. The field investigation was conducted from October 4, 2010 to October 6, 2010.

The results, conclusions, and recommendations of this investigation stated in this report are representative of the conditions observed at the site on the dates of the field inspection. F&ME does not assume responsibility for any changes in conditions or circumstances that occur after the inspection(s).

The scope of the investigation was to identify accessible building components that have been painted or coated with lead-containing materials that have concentrations above the Environmental Protection Agency (EPA) and South Carolina Department of Health and Environmental Control’s (SCDHEC) regulatory limit of 1.0 mg/cm². However, SCDHEC requires the use of specialized waste disposal sites if materials contain lead at concentrations at or exceeding 0.7 mg/cm2. Building materials are identified during testing by building component, substrate, and location (see Table I in Appendix A). Areas considered to be inaccessible during the field investigation were not addressed as part of this inspection.

The investigation included a visual evaluation of the physical condition of the painted materials and quantitative testing of the surfaces using a Thermo Scientific Niton XRF Portable Analyzer (Model XLp300A). The XRF documents the concentration of lead, if any, in the paint or coating. The XRF analyzer scans all layers of paint including the prime coat. The analyzer is unable to tell you the exact paint layer that is positive. Positive results indicate that LBP is present in concentrations that exceed the regulatory limit. In light of the planned and future renovation activities, the XRF threshold was set at 0.7 mg/cm2 in accordance with the SCDHEC rules and regulations for disposal. The data are organized in a large table that includes the location and type of building material from which the readings were taken (see Appendix A).

As stated in our proposal, the LBP survey consisted of scanning only the interior portions of the main building (1st, 2nd, and 3rd floor), the attached warehouse, and the LC Industries. These tests were limited and random. [We were unable to access the storage room/vault (Rm. 02W) located in the south hallway of the warehouse.] See Appendix A for the General Site Plan (Figure 2).

AASHTO ACCREDITED

LABORATORY

www.fmecol.com

CONSULTANTS

The results from our quantitative analyses indicate that there is lead-based paint present at or exceeding 0.7 mg/cm2 in the paint/coatings on the following materials within the warehouse and LC Industries:

• Surface and painted over Yellow caution paint on the lower half of columns and other structural members in the Warehouse and LC Industries such as corners of garage door and stair columns.

• Primer Paint on the Roof Joist in the Warehouse and LC Industries

• Paint or Primer Paint (?) on concrete baseboard in the men’s and women’s bathroom located in the south hallway of the warehouse.

Of the limited and random building components tested in the main building (1st, 2nd, and 3rd floors), none tested positive for lead at or above the 0.7mg/cm2 action level.

We sincerely appreciate the opportunity to assist you with this project. If you have any questions, or if you require any additional information, please do not hesitate to contact our office at (803) 254- 4540.

Sincerely, F&ME CONSULTANTS

Jeffrey S. Leary Environmental Professional EPA Certified S.C. Lead-Based Paint Inspector EPA Certification No. SC-I-18721-1 Expiration Date 07/29/2012

F&ME CONSULTANTS

Glynn M. Ellen Senior Environmental Professional

II. INTRODUCTION

As authorized, F&ME Consultants has completed a Limited Lead-Based Paint (LBP) Investigation in Building 216 - Logistics Readiness Squadron, located on Shaw Air Force Base in Sumter, South Carolina. This investigation included testing of the interior portions of Building 216 which included the Main Building (1st, 2nd, and 3rd floors), the attached Warehouse, and LC Industries. The purpose of this limited investigation was to locate, assess, and identify interior components of the building structures that contain lead-based paint within the accessible areas to be impacted by proposed and/or future renovations. The field investigation was conducted from October 4, 2010 to October 6, 2010.

HUD defines “lead-based paint” as any coating that has a lead concentration of 1.0 milligram of lead per square centimeter (1.0 mg/cm2) or greater, or if the lead concentration is greater than 0.5% by weight. The Consumer Product Safety Commission (CPSC) currently considers paint to be lead-containing if the concentration of lead exceeds 600 ppm (0.06% by weight). In 1978, the CPSC banned the sale of lead-based paint to consumers, and banned its application in areas where consumers have direct access to painted surfaces. Both the CPSC and HUD definitions of lead-containing paint are aimed at protecting the general population from exposure to lead in the residential setting. In contrast, the mission of the Occupational Safety and Health Administration (OSHA) with respect to lead-containing paint is to protect workers during construction activities that may generate elevated airborne lead concentrations. OSHA states that construction work (including renovation, maintenance, and demolition) carried-out on structures coated with paint having lead concentrations lower than the HUD or CPSC can still result in airborne lead concentrations in excess of regulatory limits. For this reason, OSHA has not defined lead-containing paint, but states that paint having any measurable level of lead may pose a substantial exposure hazard during construction work, depending upon the work performed. Therefore, in these situations, OSHA guidelines and safety procedures should be followed. Additionally, South Carolina Department of Health and Environmental Control (SCDHEC) require the use of specialized waste disposal sites if materials contain lead concentrations at or exceeding 0.7 mg/cm2. It is imperative that these regulations be considered if any present or future renovations impact the building materials located in these buildings that contain lead-based paint.

The scope of the investigation was to identify accessible building components that have been painted or coated with lead-based materials having concentrations above the Environmental Protection Agency (EPA) and SCDHEC’s regulatory limit of 1.0 mg/cm². However, since SCDHEC requires the use of specialized waste disposal sites if materials contain lead at concentrations at or exceeding

0.7 mg/cm2, the testing threshold was set to 0.7 mg/cm2. This means that results were considered positive at this concentration. The investigation included a visual evaluation of the condition of the painted materials and quantitative testing of the surfaces using a Thermo Scientific Niton X-ray Fluorescence (XRF) Portable Analyzer (Model XLp 300A). The XRF documents the concentration of lead, if any, in the paints or coatings found on building component surfaces. The XRF Analyzer scans all of the paint layers including the primer coat. If the instrument has a positive reading, it is unable to tell exactly which paint layer is positive.

Buildings inspected for LBP included the following:

• The Main Building (1st, 2nd, and 3rd floors) is at bi-level brick, block, and concrete slab structure with 29,300 SF of occupied space.

• The Warehouse is a single story block and concrete slab structure located in the northwest corner of the building. This area has 45,300 SF of occupied space. [We were unable to access the storage room/vault (Rm. 02W) located in the south hallway of the warehouse.]

• The LC Industries area of the building is a single story, concrete slab, and block structure located in the southwest corner of the building. It is part of the warehouse with it having the “warehouse walls” on the south and west side. The north and east walls were framed and formed with sheetrock. This area of the building has 14,700 SF of occupied space.

The results, conclusions, and recommendations from this investigation stated in this report are representative of the conditions observed at the site on the dates of the field inspection. F&ME does not assume responsibility for any changes in conditions or circumstances that occur after the inspection.

III. INVESTIGATION RESULTS

The purpose of this investigation was to determine whether surface paint or coatings containing lead concentrations above the regulatory limits were present on building components of the aforementioned structures. The investigation included a visual evaluation of the condition of the painted materials and quantitative testing of the surfaces using a Thermo Scientific Niton X-ray Fluorescence (XRF) Portable Analyzer (Model XLp 300A). The XRF documents the concentration of lead, if any, in the paints or coatings found on building component surfaces. The XRF Analyzer scans all of the paint layers including the primer coat. If the instrument has a positive reading, it is unable to tell exactly which paint layer is positive.

The XRF test data are organized in a table (see Table I in Appendix A) that includes the location and type of building material from which the readings were taken. Positive results indicate that LBP is present in concentrations that exceed the regulatory limit (see Table II for positive items).

Since SCDHEC requires the use of specialized waste disposal sites if materials contain lead at concentrations at or exceeding 0.7 mg/cm2 and material disposal costs vary significantly based on lead content, the XRF readings are considered positive if equal to or above 0.7 mg/cm2.

A visual inspection of the structures revealed that the buildings represented a variety of construction methods, including masonry brick and block walls; steel support columns, beams, and joists. Interior finishes include block walls; sheetrock walls; plaster walls and ceilings, suspended drop ceilings; painted concrete flooring, floor tile, and carpeting.

The following is a breakdown of the individual buildings and/or sections and associated investigative results; please note that bolded text indicates that there are building components within the structure that contain lead concentrations at or exceeding the 0.7mg/cm2 action level.

• Warehouse:

- The yellow caution paint that is painted on the bottom half of structural members such as H-columns, stair columns, and corner of garage doors to prevent forklifts and other traffic from running into these structures. This paint has been painted over with a cream colored paint on some of the columns and with a blue colored paint on the Westside garage door that we tested.

- The paint or primer on the concrete baseboard in the men’s and women’s bathrooms located in the south hallway of the warehouse.

- Roof Joist. These joists appear have a secondary coat or primer coat that contains lead. The main structural beams and roof decking have same silver surface paint, but testing indicated negative for lead content.

• LC Industries:

- The yellow caution paint on the bottom half of the steel H-columns that have been painted over with a cream colored paint.

- The primer paint (?) on the roof joist just as stated above for in the warehouse.

• Main Building (1st, 2nd, and 3rd floors):

None of the randomly selected structural members for this building tested positive for lead content.

For more details regarding the materials that tested positive for lead content, refer to Table II and the photographs located in Appendix A.

IV. RECOMMENDATIONS

As previously stated, this was a Limited Lead-Based Paint Investigation and not all painted building components within the buildings/structures were tested. This means that there may be items with lead-based paint that were not tested as a result of the limited and random selection process. Also, several of the structural members, such as the columns and the garage doors, have been repainted, covering over the yellow caution paint that tested positive. One is unable to determine exactly which and how many structural members may have this yellow caution paint underneath a surface coat of paint without testing every single structural member which was not the scope of this investigation. One may conclude that similar structural members may be positive based upon our findings, but to state this one hundred percent, one would have to test each member as stated above, and it may be deemed necessary if any of the previously mentioned types of structural members that tested positive for LBP at/or above the 0.7mg/cm2 action level are to be directly impacted by proposed and/or future renovation/construction activities.

In general, building components within the structures that are similar to those tested and found positive for lead content during this investigation are considered positive as well and should be

Solicitation No. FA480319BA003 handled in accordance with EPA and SCDHEC guidelines. Furthermore, the lead-positive paint should be monitored for changes in its condition. If the LBP visibly deteriorates (i.e. cracking, peeling, and/or chipping), then appropriate repairs should be made to maintain it in or return it to an intact condition. Any repairs made should be performed using lead-safe work practices to prevent the creation of lead dust. However, maintaining painted surfaces in an intact condition and monitoring that condition is a short term response to known lead. At such time when renovation activities would affect the structural members or components, the building component should either be abated or removed in accordance with all applicable state and federal regulations.

In the event of renovation activities that include the disturbance of LBP-painted surfaces (i.e. scraping, sanding, or cutting), we recommend that this work be performed in accordance with all applicable Federal, State and Local regulations and guidelines. All removal should be performed by certified personnel experienced in removing and handling Lead-Based Paint and its proper disposal procedures.

All lead waste must be deposited in a SCDHEC approved landfill.

The Appendices include a Site Vicinity Map (Figure 1), the XRF Test Results (Table I), Positive Lead-Based Paint Items and Locations (Table II), Photographs of Items that Tested Positive for Lead- Based Paint and Locations, Personnel Certifications, and SCDHEC Lead-Based Paint Disposal Fact Sheets.

This report has been prepared exclusively for Wilbur Smith Associates and shall not be disseminated in whole or part to other parties without prior consent from Wilbur Smith Associates or F&ME Consultants, Inc. No other environmental issues are addressed in this report.

Solicitation No. FA480319BA003

APPENDIX A

Site Vicinity Map (Figure 1)

General Site Plans (Figure 2 - 4)

XRF Test Results (Table I)

Positive Lead-Based Paint Items & Locations (Table II)

Photographs of Positive Lead-Based Paint Items

N

Drawn By: N/A Scale: N.T.S.

Checked By: N/A Project: E4995.00

Approved By: N/A Figure: 1

Wilbur Smith Associates

SITE VICINITY MAP

Shaw Air Force Base, Building 216

Sumter County, South Carolina

F&ME

CONSULTANTS

SITE

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Solicitation No. FA480319BA003

XRF Data - Table I Shaw Air Force Base

Building 216 - Logistics Readiness Squadron

Page 1Page 1

18 DOOR Jamb METAL FAIR BLUE WAREHOUSE Open Warehouse Negative 7 mg / cm 2 0

Reading No.

Component Substrate Condition Color Floor General Location Room/Item Results Action Level PbC

1 SHUTTER CALIBRATE cps 2.05 2 CALIBRATE Positive 0.7 mg / cm ^2 0.7 3 CALIBRATE Positive 0.7 mg / cm ^2 0.7 4 CALIBRATE Positive 0.7 mg / cm ^2 0.7 5 WALL CONCRETE FAIR Cream WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0 6 WALL CONCRETE FAIR BLUE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.1 7 FLOOR CONCRETE FAIR DK BLUE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0 8 Round COLUMN METAL FAIR YELLOW WAREHOUSE Open Warehouse Positive 0.7 mg / cm ^2 15.1 9 FLOOR CONCRETE FAIR YELLOW WAREHOUSE PARKING LINES Negative 0.7 mg / cm ^2 0.05 10 COLUMN METAL FAIR Cream WAREHOUSE STAIR COL. Positive 0.7 mg / cm ^2 3.1 11 COLUMN METAL FAIR Cream WAREHOUSE STAIR COL. Positive 0.7 mg / cm ^2 4.4 12 COLUMN METAL FAIR YELLOW WAREHOUSE STAIR COL. Positive 0.7 mg / cm ^2 2.5 13 WALL CONCRETE FAIR lt. blue WAREHOUSE Office Negative 0.7 mg / cm ^2 0.04 14 WALL Corner CONCRETE FAIR BLUE WAREHOUSE Office Negative 0.7 mg / cm ^2 0.06 15 WALL Corner CONCRETE FAIR Cream WAREHOUSE Office Negative 0.7 mg / cm ^2 0.3 16 WALL Corner CONCRETE FAIR Cream WAREHOUSE Office Negative 0.7 mg / cm ^2 0.03 17 DOOR METAL FAIR BLUE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0 18 DOOR Jamb METAL FAIR BLUE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 00.

19 DOOR METAL FAIR Grey WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.23 20 DOOR Jamb METAL FAIR Cream WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0 21 Caution Marker WOOD FAIR YELLOW WAREHOUSE Open Warehouse Positive 0.7 mg / cm ^2 0.9 22 WALL CONCRETE FAIR Cream WAREHOUSE Office Negative 0.7 mg / cm ^2 0.03 23 DOOR METAL FAIR Cream WAREHOUSE Office Negative 0.7 mg / cm ^2 0 24 DOOR‐garage METAL PEELING BLUE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.3 25 DOOR METAL FAIR BROWN WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0 26 Stair Railng METAL FAIR YELLOW WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0 27 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Positive 0.7 mg / cm ^2 3.3 28 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.01 29 WALL CONCRETE FAIR BEIGE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.03 30 WALL CONCRETE FAIR BLUE LT. WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.04

Solicitation No. FA480319BA003

Building 216 - Logistics Readiness Squadron

Page 2Page 2

48 H COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Positive 7 mg / cm 2 7

31 H‐COLUMN METAL FAIR BLUE LT. WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.14 32 DOOR METAL FAIR BLUE LT. WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.17 33 WALL DRYWALL FAIR BLUE LT. WAREHOUSE Break Room Negative 0.7 mg / cm ^2 0 34 WALL DRYWALL FAIR BLUE LT. WAREHOUSE break rm. Negative 0.7 mg / cm ^2 0 35 DOOR METAL FAIR BROWN WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0 36 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.04 37 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.04 38 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Positive 0.7 mg / cm ^2 1.5 39 H‐COLUMN METAL FAIR BLUE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.03 40 H‐COLUMN CONCRETE FAIR BLUE‐dk WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.01 41 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Positive 0.7 mg / cm ^2 1.2 42 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.04 43 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.03 44 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.14 45 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Positive 0.7 mg / cm ^2 2.8 46 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Positive 0.7 mg / cm ^2 3.9 47 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.06 48 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Positive 0.7 mg / cm ^2 1.70. 1.

49 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.03 50 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.08 51 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.06 52 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.04 53 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Positive 0.7 mg / cm ^2 3.3 54 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Positive 0.7 mg / cm ^2 2.7 55 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.07 56 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.11 57 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.15 58 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.06 59 H‐COLUMN METAL FAIR BEIGE WAREHOUSE Open Warehouse Positive 0.7 mg / cm ^2 2.4 60 WALL CONCRETE PEELING cream WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0

Solicitation No. FA480319BA003

Building 216 - Logistics Readiness Squadron

Page 3Page 3

78 WALL CONCRETE Cream WAREHOUSE Open Warehouse Negative 7 mg / cm 2 0

61 WALL DRYWALL FAIR Cream WAREHOUSE Break Rm. Ext. Negative 0.7 mg / cm ^2 0.03 62 WALL DRYWALL FAIR BLUE WAREHOUSE Break Rm. Ext. Negative 0.7 mg / cm ^2 0.17 63 WALL DRYWALL FAIR Cream WAREHOUSE Office Negative 0.7 mg / cm ^2 0 64 WALL CONCRETE FAIR Cream WAREHOUSE Hallway (South) Negative 0.7 mg / cm ^2 0.03 65 FLOOR CONCRETE FAIR DK. Blue WAREHOUSE Hallway (South) Negative 0.7 mg / cm ^2 0.01 66 DOOR METAL FAIR BROWN WAREHOUSE Hallway (South) Negative 0.7 mg / cm ^2 0 67 WALL CONCRETE FAIR Cream WAREHOUSE BATHROOM‐m Negative 0.7 mg / cm ^2 0.02 68 stall METAL FAIR BROWN WAREHOUSE BATHROOM‐m Negative 0.7 mg / cm ^2 0.05 69 H‐COLUMN METAL FAIR Cream WAREHOUSE BATHROOM‐m Negative 0.7 mg / cm ^2 0.01 70 BASEBOARD CONCRETE FAIR BROWN WAREHOUSE BATHROOM‐m Positive 0.7 mg / cm ^2 1.4 71 BASEBOARD CONCRETE FAIR BROWN WAREHOUSE BATHROOM‐w Positive 0.7 mg / cm ^2 2.3 72 DOOR‐jam METAL FAIR BROWN WAREHOUSE BATHROOM‐w Negative 0.7 mg / cm ^2 0.08 73 DOOR‐jam METAL FAIR BEIGE WAREHOUSE Janitor Closet Negative 0.7 mg / cm ^2 0 74 DOOR METAL FAIR BEIGE WAREHOUSE Janitor Closet Negative 0.7 mg / cm ^2 0.01 75 DOOR METAL FAIR Cream WAREHOUSE Storage 02W Negative 0.7 mg / cm ^2 0 76 WALL CONCRETE PEELING Cream WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0 77 WALL CONCRETE PEELING Cream WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0 78 WALL CONCRETE PEELINGPEELING Cream WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 00.

79 WALL CONCRETE PEELING Cream WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0 80 WALL CONCRETE PEELING Cream WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.1 81 WALL CONCRETE PEELING Cream WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.01 82 DOOR‐garage METAL PEELING BLUE WAREHOUSE Open Warehouse Positive 0.7 mg / cm ^2 3.4 83 DOOR‐garage METAL PEELING BLUE WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.05 84 beam METAL FAIR Silver WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.06 85 joist METAL FAIR Silver WAREHOUSE Open Warehouse Positive 0.7 mg / cm ^2 6.2 86 joist METAL FAIR Silver WAREHOUSE Open Warehouse Positive 0.7 mg / cm ^2 17.8 87 Decking METAL FAIR Silver WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0 88 Decking METAL FAIR Silver WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0 89 JOIST METAL FAIR Silver WAREHOUSE Open Warehouse Positive 0.7 mg / cm ^2 1 90 JOIST METAL FAIR Silver WAREHOUSE Open Warehouse Positive 0.7 mg / cm ^2 1.3

Solicitation No. FA480319BA003

Building 216 - Logistics Readiness Squadron

Page 4Page 4

108 H COLUMN METAL FAIR Cream LCI Open Warehouse Negative 7 mg / cm 2 22

91 STAIR‐handle METAL FAIR YELLOW WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.3 92 WALL CONCRETE PEELING Cream WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.09 93 WALL CONCRETE PEELING Cream WAREHOUSE Open Warehouse Negative 0.7 mg / cm ^2 0.01 94 FLOOR CONCRETE FAIR DK. Blue LCI Entry Negative 0.7 mg / cm ^2 0.01 95 WALL DRYWALL FAIR Cream LCI Entry Negative 0.7 mg / cm ^2 0 96 H‐COLUMN METAL FAIR Cream LCI Open Warehouse Positive 0.7 mg / cm ^2 4.8 97 H‐COLUMN METAL FAIR Cream LCI Open Warehouse Positive 0.7 mg / cm ^2 1.8 98 H‐COLUMN METAL FAIR Cream LCI Open Warehouse Positive 0.7 mg / cm ^2 3 99 H‐COLUMN METAL FAIR Cream LCI Open Warehouse Negative 0.7 mg / cm ^2 0.16 100 H‐COLUMN METAL FAIR Cream LCI Open Warehouse Positive 0.7 mg / cm ^2 3.5 101 H‐COLUMN METAL FAIR Cream LCI Open Warehouse Negative 0.7 mg / cm ^2 0.04 102 H‐COLUMN METAL FAIR Cream LCI Open Warehouse Negative 0.7 mg / cm ^2 0.03 103 WALL DRYWALL FAIR cream LCI Break Room Negative 0.7 mg / cm ^2 0 104 DOOR METAL FAIR BROWN LCI Break Room Negative 0.7 mg / cm ^2 0 105 DOOR‐jam METAL FAIR BROWN LCI Break Room Negative 0.7 mg / cm ^2 0 106 H‐COLUMN METAL FAIR Cream LCI Open Warehouse Negative 0.7 mg / cm ^2 0.06 107 H‐COLUMN METAL FAIR Cream LCI Open Warehouse Negative 0.7 mg / cm ^2 0.15 108 H‐COLUMN METAL FAIR Cream LCI Open Warehouse Negative 0.7 mg / cm ^2 0.220. 0.

109 DOOR METAL FAIR BROWN LCI Open Warehouse Negative 0.7 mg / cm ^2 0 110 DOOR METAL FAIR BROWN LCI Open Warehouse Negative 0.7 mg / cm ^2 0.07 111 DOOR METAL FAIR BEIGE LCI Storage Negative 0.7 mg / cm ^2 0.08 112 WALL DRYWALL PEELING BLUE LCI Storage Negative 0.7 mg / cm ^2 0.04 113 H‐COLUMN METAL FAIR Cream LCI Storage Negative 0.7 mg / cm ^2 0.03 114 WALL CONCRETE PEELING Cream LCI Storage Negative 0.7 mg / cm ^2 0 115 Beam METAL PEELING Silver LCI Storage Negative 0.7 mg / cm ^2 0.01 116 Joist METAL PEELING Silver LCI Storage Positive 0.7 mg / cm ^2 6.2 117 Deckng METAL PEELING Silver LCI Storage Negative 0.7 mg / cm ^2 0.02 118 Joist METAL PEELING Silver LCI Storage Positive 0.7 mg / cm ^2 3.7 119 DOOR METAL GOOD Grey LCI Storage Negative 0.7 mg / cm ^2 0 120 DOOR‐jam METAL GOOD Grey LCI Storage Negative 0.7 mg / cm ^2 0

Solicitation No. FA480319BA003

Building 216 - Logistics Readiness Squadron

Page 5Page 5

138 DOOR METAL GOOD 1st Main Bld 7 mg / cm 2 0

121 WALL CONCRETE PEELING Cream LCI Storage Negative 0.7 mg / cm ^2 0 122 WALL CONCRETE PEELING Cream LCI Storage Negative 0.7 mg / cm ^2 0 123 FLOOR CONCRETE INTACT BLUE LCI Storage Negative 0.7 mg / cm ^2 0.01 124 FLOOR CONCRETE INTACT Grey LCI Storage Negative 0.7 mg / cm ^2 0.01 125 FLOOR CONCRETE INTACT Grey LCI Storage Negative 0.7 mg / cm ^2 0 126 FLOOR CONCRETE INTACT Grey LCI Storage Negative 0.7 mg / cm ^2 0 127 WALL DRYWALL GOOD WHITE 1st Main Bld. HALL Negative 0.7 mg / cm ^2 0 128 WALL DRYWALL GOOD WHITE 1st Main Bld. HALL Negative 0.7 mg / cm ^2 0 129 DOOR Jamb METAL GOOD BLUE 1st Main Bld. OFFICE 105 Negative 0.7 mg / cm ^2 0.08 130 DOOR METAL GOOD BLUE 1st Main Bld. OFFICE 105 Negative 0.7 mg / cm ^2 0 131 WALL DRYWALL GOOD Lt. Blue 1st Main Bld. OFFICE 103 Negative 0.7 mg / cm ^2 0 132 DOOR METAL GOOD BLUE 1st Main Bld. stairway (center) Negative 0.7 mg / cm ^2 0 133 DOOR‐jam METAL GOOD BEIGE 1st Main Bld. Janitor Negative 0.7 mg / cm ^2 0.05 134 WALL CONCRETE GOOD Grey 1st Main Bld. Janitor Negative 0.7 mg / cm ^2 0.04 135 WALL CONCRETE GOOD Grey 1st Main Bld. Janitor Negative 0.7 mg / cm ^2 0.01 136 WALL PLASTER GOOD Lt. Blue 1st Main Bld. BATHROOM‐m Negative 0.7 mg / cm ^2 0 137 Stall METAL GOOD BROWN 1st Main Bld. BATHROOM‐m Negative 0.7 mg / cm ^2 0.12 138 DOOR METAL GOOD BROWN 1stBROWN Main Bld. . HALL NegativeHALL 0.7 mg / cm ^2 0Negative 0.

139 SHUTTER CALIBRATE cps 0.7 mg / cm ^2 1.74 140 CALIBRATE Positive 0.7 mg / cm ^2 0.7 141 CALIBRATE Positive 0.7 mg / cm ^2 0.7 142 CALIBRATE Positive 0.7 mg / cm ^2 0.7 143 SHUTTER CALIBRATE cps 0.7 mg / cm ^2 1.59 144 CALIBRATE Positive 0.7 mg / cm ^2 0.7 145 CALIBRATE Positive 0.7 mg / cm ^2 0.7 146 CALIBRATE Positive 0.7 mg / cm ^2 0.7 147 WALL CONCRETE GOOD BEIGE 1st Main Bld. Janitor Negative 0.7 mg / cm ^2 0.2 148 WALL DRYWALL GOOD Lt. Blue 1st Main Bld. 107 Negative 0.7 mg / cm ^2 0 149 WALL DRYWALL GOOD Lt. Blue 1st Main Bld. 107 Negative 0.7 mg / cm ^2 0 150 DOOR WOOD GOOD BLUE‐dk. 1st Main Bld. 107 Negative 0.7 mg / cm ^2 0

Solicitation No. FA480319BA003

Building 216 - Logistics Readiness Squadron

Page 6Page 6

168 DOOR jam METAL GOOD Dk. Blue 2nd Main 201 Negative 7 mg / cm 2 0

151 DOOR‐jam METAL GOOD Dk. Blue 1st Main Bld. 107 Negative 0.7 mg / cm ^2 0.01 152 DOOR METAL GOOD Black 1st Main Bld. HALL Negative 0.7 mg / cm ^2 0 153 WALL PLASTER GOOD Lt. Blue 1st Main Bld. HALL Negative 0.7 mg / cm ^2 0 154 WALL PLASTER GOOD Lt. Blue 1st Main Bld. 119 Negative 0.7 mg / cm ^2 0 155 DOOR WOOD GOOD Dk. Blue 1st Main Bld. 119 Negative 0.7 mg / cm ^2 0 156 DOOR METAL GOOD Dk. Blue 1st Main Bld. 119 Negative 0.7 mg / cm ^2 0.01 157 DOOR METAL GOOD Black 1st Main Bld. HALL Negative 0.7 mg / cm ^2 0 158 Ceiling Track METAL GOOD cream 1st Main Bld. HALL Negative 0.7 mg / cm ^2 0 159 Stair Handrail METAL GOOD BROWN 1st Main Bld. Stairway (center) Negative 0.7 mg / cm ^2 0.11 160 DOOR METAL GOOD Dk. Blue 2nd Main Bld. Stairway (center) Negative 0.7 mg / cm ^2 0 161 DOOR‐Jamb METAL GOOD Dk. Blue 2nd Main Bld. Stairway (center) Negative 0.7 mg / cm ^2 0.01 162 WALL DRYWALL GOOD Lt. Blue 2nd Main Bld. HALL‐cent. Negative 0.7 mg / cm ^2 0 163 Elect.Panel METAL GOOD Dk. Blue 2nd Main Bld. HALL‐cent. Negative 0.7 mg / cm ^2 0 164 WALL DRYWALL GOOD BEIGE 2nd Main Bld. 215 Negative 0.7 mg / cm ^2 0.03 165 DOOR WOOD GOOD lt.brown 2nd Main Bld. 215 Negative 0.7 mg / cm ^2 0 166 WALL DRYWALL GOOD YELLOW lt. 2nd Main Bld. 215 Negative 0.7 mg / cm ^2 0 167 WALL DRYWALL GOOD Lt. Blue 2nd Main Bld. 201 Negative 0.7 mg / cm ^2 0 168 DOOR jam METAL GOOD Dk. Blue 2nd Bld.Main Bld. 201 Negative 0.7 mg / cm ^2 00.

169 DOOR WOOD GOOD Dk. Blue 2nd Main Bld. 201 Negative 0.7 mg / cm ^2 0 170 WALL CONCRETE GOOD BEIGE 2nd Main Bld. Janitor Negative 0.7 mg / cm ^2 0.07 171 WALL CONCRETE GOOD BEIGE 2nd Main Bld. Janitor Negative 0.7 mg / cm ^2 0.16 172 WALL DRYWALL GOOD Lt. Blue 2nd Main Bld. 209 Negative 0.7 mg / cm ^2 0.01 173 DOOR WOOD GOOD Dk. Blue 2nd Main Bld. 209 Negative 0.7 mg / cm ^2 0 174 DOOR jam WOOD GOOD Dk. Blue 2nd Main Bld. 209 Negative 0.7 mg / cm ^2 0 175 WALL CONCRETE GOOD WHITE 2nd Main Bld. N. Stairway Negative 0.7 mg / cm ^2 0.01 176 Stair Handrail METAL GOOD BROWN 2nd Main Bld. N. Stairway Negative 0.7 mg / cm ^2 0.08 177 DOOR METAL PEELING Dk. Blue 1st Main Bld. N. Stairway Negative 0.7 mg / cm ^2 0 178 WALL PLASTER GOOD WHITE 2nd Main Bld. BATHROOM‐m Negative 0.7 mg / cm ^2 0.02 179 WALL DRYWALL GOOD WHITE 2nd Main Bld. 208 Negative 0.7 mg / cm ^2 0.23 180 WALL DRYWALL GOOD WHITE 2nd Main Bld. 208 Closet Negative 0.7 mg / cm ^2 0

Solicitation No. FA480319BA003

Building 216 - Logistics Readiness Squadron

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198 Ceiling Grid METAL GOOD 3rd Main Bld 7 mg / cm 2 0

181 WINDOW METAL GOOD Black 2nd Main Bld. 208 Negative 0.7 mg / cm ^2 0 182 WINDOW METAL GOOD Black 2nd Main Bld. 219 Negative 0.7 mg / cm ^2 0 183 WINDOW METAL GOOD Black 1st Main Bld. 119 Negative 0.7 mg / cm ^2 0 184 WINDOW METAL GOOD Black 1st Main Bld. Suite 100 Negative 0.7 mg / cm ^2 0 185 Stair Handrail METAL PEELING BROWN 2nd Main Bld. Center‐ East end Negative 0.7 mg / cm ^2 0.11 186 Stair Handrail METAL PEELING BROWN 2nd Main Bld. Center‐ East end Negative 0.7 mg / cm ^2 0.02 187 Stair Handrail METAL PEELING BROWN 2nd Main Bld. Center‐ East end Negative 0.7 mg / cm ^2 0.04 188 Stair Handrail METAL PEELING BROWN 2nd Main Bld. Center‐ East end Negative 0.7 mg / cm ^2 0.15 189 Stair Handrail METAL PEELING BROWN 2nd Main Bld. Center‐ East end Negative 0.7 mg / cm ^2 0.03 190 Roof Joist METAL FAIR Black 1st Main Bld. 103 Negative 0.7 mg / cm ^2 0 191 Roof Joist METAL FAIR Black 1st Main Bld. 115 Negative 0.7 mg / cm ^2 0 192 Roof Joist METAL FAIR Black 1st Main Bld. Janitor Negative 0.7 mg / cm ^2 0 193 Chair Rail WOOD GOOD Grey 2nd Main Bld. 219 Negative 0.7 mg / cm ^2 0 194 Chair Rail WOOD GOOD Grey 2nd Main Bld. 219 Negative 0.7 mg / cm ^2 0 195 WALL PLASTER GOOD Cream 3rd Main Bld. HALL Negative 0.7 mg / cm ^2 0 196 DOOR METAL GOOD BROWN 3rd Main Bld. HALL Negative 0.7 mg / cm ^2 0 197 DOOR jam METAL GOOD BROWN 3rd Main Bld. HALL Negative 0.7 mg / cm ^2 0.02 198 Ceiling Grid METAL GOOD WHITE 3rdWHITE Main Bld. . HALL NegativeHALL 0.7 mg / cm ^2 0Negative 0.

199 WINDOW METAL GOOD BROWN 3rd Main Bld. 301 Negative 0.7 mg / cm ^2 0 200 WALL PLASTER GOOD Cream 3rd Main Bld. 301 Negative 0.7 mg / cm ^2 0 201 Crown Molding WOOD GOOD Cream 3rd Main Bld. 301 Negative 0.7 mg / cm ^2 0 202 WALL DRYWALL GOOD Cream 3rd Main Bld. 306 Negative 0.7 mg / cm ^2 0 203 Fan Coil METAL PEELING Mauve 3rd Main Bld. 306 Negative 0.7 mg / cm ^2 0.07 204 DOOR METAL PEELING BROWN 3rd Main Bld. 306 Negative 0.7 mg / cm ^2 0 205 DOOR jam METAL PEELING BROWN 3rd Main Bld. 306 Negative 0.7 mg / cm ^2 0.07 206 WALL DRYWALL GOOD Cream 3rd Main Bld. HALL Negative 0.7 mg / cm ^2 0 207 DOOR WOOD GOOD BROWN 3rd Main Bld. BATHROOM‐m Negative 0.7 mg / cm ^2 0 208 DOOR jam METAL GOOD BROWN 3rd Main Bld. BATHROOM‐m Negative 0.7 mg / cm ^2 0 209 CEILING PLASTER GOOD Cream 3rd Main Bld. BATHROOM‐m Negative 0.7 mg / cm ^2 0 210 Bathroom Stall METAL GOOD Lt. Tan 3rd Main Bld. BATHROOM‐m Negative 0.7 mg / cm ^2 0.04

Solicitation No. FA480319BA003

Building 216 - Logistics Readiness Squadron

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229 FLOOR blue grey 1st Main Mechanical (N) Negative 7 mg / cm 2 03

211 WALL CONCRETE GOOD BEIGE 3rd Main Bld. Janitor‐311 Negative 0.7 mg / cm ^2 0.08 212 WALL PLASTER GOOD Pink 3rd Main Bld. BATHROOM‐w Negative 0.7 mg / cm ^2 0 213 DOOR METAL GOOD BROWN 3rd Main Bld. N.‐Exit Negative 0.7 mg / cm ^2 0.01 214 DOOR‐jam METAL GOOD BROWN 3rd Main Bld. N.‐Exit Negative 0.7 mg / cm ^2 0.01 215 WALL DRYWALL GOOD Cream 3rd Main Bld. Far North Wall Negative 0.7 mg / cm ^2 0 216 WINDOW METAL GOOD BROWN 3rd Main Bld. 307 Negative 0.7 mg / cm ^2 0 217 fan coil METAL GOOD WHITE 3rd Main Bld. 307 Negative 0.7 mg / cm ^2 0.06 219 fire sprnk. pipe METAL GOOD Red 1st Main Bld. BATHROOM‐m‐(N) Negative 0.7 mg / cm ^2 0 220 WALL DRYWALL GOOD Cream 1st Main Bld. 104 Negative 0.7 mg / cm ^2 0 221 hanger board WOOD GOOD YELLOW‐lt. 1st Main Bld. 104 Negative 0.7 mg / cm ^2 0 222 DOOR WOOD GOOD Lt. Brown 1st Main Bld. 104 Negative 0.7 mg / cm ^2 0.04 223 DOOR‐jam WOOD GOOD Lt. Brown 1st Main Bld. 104 Negative 0.7 mg / cm ^2 0.14 224 DOOR METAL PEELING blue grey 1st Main Bld. Mechanical (N) Negative 0.7 mg / cm ^2 0.04 225 WALL DRYWALL INTACT WHITE 1st Main Bld. Mechanical (N) Negative 0.7 mg / cm ^2 0.01 226 WALL DRYWALL INTACT WHITE 1st Main Bld. Mechanical (N) Negative 0.7 mg / cm ^2 0.01 227 tank METAL INTACT Silver 1st Main Bld. Mechanical (N) Negative 0.7 mg / cm ^2 0.06 228 joist METAL INTACT Silver 1st Main Bld. Mechanical (N) Negative 0.7 mg / cm ^2 0 229 FLOOR CONCRETE PEELINGCONCRETE PEELING blue grey 1st Bld.Main Bld. Mechanical (N) Negative 0.7 mg / cm ^2 0.030. 0.

230 CALIBRATE Positive 0.7 mg / cm ^2 0.7 231 CALIBRATE Positive 0.7 mg / cm ^2 0.7 232 CALIBRATE Positive 0.7 mg / cm ^2 0.7 233 SHUTTER CALIBRATE cps 1.71

Solicitation No. FA480319BA003

Table II. Positive Lead-Based Paint Items & Locations

Positive Lead-Based Paint Item(s) Location of Positive Item(s) Yellow Caution Paint on Structural Members Warehouse and LC Industries

Roof Joist Warehouse and LC Industries

Baseboard Men’s and Women’s Bathrooms-South End of Warehouse

Table II

Yellow Caution Paint on Columns in Warehouse

H-Column with yellow caution paint underneath surface paint

Yellow Caution Paint underneath Blue Surface Paint on Garage Door Frame/Corner

Roof Joist in Warehouse and LC Industries

Baseboard in Men’s and Women’s Bathrooms on South End of Warehouse

APPENDIX B

Personnel Certifications

APPENDIX C

SCDHEC Lead-Based Paint Disposal Fact Sheets

Lead-based Paint Disposal Fact Sheet

Terms You Should Know:

≡ LEAD-BASED PAINT - paint containing >0.06% (>600 ppm) total lead; or >0.7 mg/cm2 XRF.

≡ MUNICIPAL SOLID WASTE LANDFILL (MSWLF) - A lined landfill with a leachate collection system & ground water monitoring that accepts municipal solid waste (garbage.) These landfills can accept waste painted with lead-based paint.

≡ CONSTRUCTION, DEMOLITION, & LAND-CLEARING DEBRIS LANDFILL, a.k.a., “C&D Landfill” - A landfill that accepts certain construction & demolition debris and land-clearing debris & yard trash. These landfills can NOT accept waste painted with lead-based paint.

≡ “Total lead” analysis - reveals the total amount of lead contained in the media being tested and is expressed in “ppm for Total lead”; used to determine acceptability of lead-based painted C&D waste for disposal at C&D landfills; when the total lead level on painted waste exceeds 0.06% by weight (>600 ppm) -the waste is NOT acceptable for disposal at a C&D landfill.

≡ “TCLP” analysis - (Toxicity characteristic leaching procedure) is used to determine whether or not a waste is a characteristic hazardous waste due to leachability and is expressed in mg/l; >5.0 mg/l is considered hazardous under the SC Hazardous Waste Management Regulation.

≡ “XRF” analysis - (X-ray Fluorescence Spectrum Analyzer) is used in-situ to determine the presence of lead-based paint; a reading of >0.7 mg/cm2 means lead-based paint is present and, therefore, the painted waste is NOT acceptable at a C&D landfill. (The XRF analyzer must be licensed with DHEC.)

Facts You Should Know:

≡ C&D Landfills CAN NOT accept wastes painted with lead-based paint.

≡ All wastes painted with lead-based paint may be disposed in a Municipal Solid Waste Landfill.

≡ When determining proper disposal (C&D vs. MSWLF) for painted waste, one of the following methods must be used to test for the presence of lead-based paint. Analyze paint:

γ For total lead, not TCLP (All chemical analyses must be done by a laboratory certified by either DHEC or EPA’s NLLAP (National Lead Laboratory Accreditation Program.); OR, γ Using a X-ray Fluorescence (XRF) Spectrum Analyzer (S.C. licensed.)

≡ When paint is chemically removed, scraped, or sandblasted from a structure, the paint residue - after removal from the substrate - must ALWAYS be tested for lead using TCLP to determine if it is a “hazardous waste.” This requirement does NOT apply to paint residue removed from a home or residence. (Paint residue generated from a home or residence is considered household hazardous waste.)

≡ Generators that meet the requirements of a “conditionally exempt small quantity generator” pursuant to R.61-79.261.5, may dispose of hazardous waste in a Subtitle D landfill with approval from the landfill in lieu of disposal in a Subtitle C landfill.

≡ With regard to disposal, all non-hazardous wastes painted with “lead-based paint” are still considered “solid waste” NOT “hazardous wastes.”

TYPES OF

LANDFILLS

DESCRIPTION OF

LANDFILL

ACCEPTABLE WASTE

DETERMINATION OF

LEAD LEVEL

C&D

Construction, Demolition, & Land- Clearing Debris Landfill; Least protected type landfill;

no liners, & no groundwater monitoring

See Regulation 61-107.11, Appendix I (NO waste painted with lead-based paint)

Analyze paint using Total Lead analysis, or XRF analyzer.

[Total Pb levels >600 ppm & XRF levels >0.7 mg/cm2 are NOT acceptable for disposal.]

MSWLF

(Subtitle D)

Municipal Solid Waste Landfill; Synthetic liner & leachate collection system

- Can accept C&D waste painted with lead-based paint.

- May accept hazardous wastes from “conditionally exempt small quantity generators” if acceptable under their Special Waste Plan.

- No testing required by

DHEC

- TCLP

Subtitle C ξ

Hazardous waste landfill

Paint residue with >5.0 mg/l lead

TCLP

ξ Disposal in a Subtitle C landfill does NOT apply to waste generated by construction or demolition activities conducted on a household or residence.

Recycling C&D Waste Paint with Lead-based Paint:

≡ Metals painted with lead-based paint CAN be recycled - without removing the paint.

≡ Unless otherwise approved by the Department, C&D debris painted with lead-based paint can NOT be used as:

γ mulch, γ fill material, or γ roadbed

Ω EXCEPTION: Crushed brick and block can be used for road bed IF it will be encapsulated in asphalt or cement.

Solicitation No. FA480319BA003

Best Management Practices Recommended by EPA:

EPA encourages residents and contractors managing waste painted with lead-based paint from households to take common sense measures to minimize the generation of lead dust, limit access to stored wastes painted with lead-based paint and maintain the integrity of waste packaging material during transfer of the waste. The following actions are recommended:

_ Collect paint chips and dust, and dirt and rubble in plastic trash bags for disposal;

_ Store larger lead-base painted architectural debris pieces in containers until ready for disposal;

_ Consider using a covered mobile dumpster (such as a roll-off container for storage of debris until the job is done;

_ Follow the guide lines contained in this Fact Sheet for proper disposal of waste painted with lead-based paint.

NOTE:

Contractors working in residential dwellings are subject to either one or both of the following:

_ The HUD Guidance for contractors doing publicly funded rehabilitation/renovation projects in public housing can be accessed via the Internet at http://www.hud.gov/lea/learules.html.

_ TSCA 402/404 training and certification requirements. (See 40 CFR Part 745; 61 FR 45778, August 29, 1996) and the proposed TSCA onsite management standards (See 40 CFR Part 745, Subpart P; 63 FR 70227 -70230, Dec. 18, 1998.)

[The above-mentioned BMPs for households are similar to those included in the HUD Guidelines for individuals controlling lead-based paint (LBP) hazards in housing. HUD requires that contractors using HUD funding adhere to LBP hazard control guidelines. Non-adherence to these guidelines can potentially result in the loss of funding.]

Aug. 12, 2004 h:pb-fact8

Solicitation No. FA480319BA003