Bldg_4733_Asbestos_Survey_Report_Final.pdf

General Asbestos Survey for Asbestos-Containing Materials

Prepared for:

Marshall Space Flight Center, AL

Building 4733 Marshall Space Flight Center

GSE - 017

April 30, 2009

Prepared by

Great Southern Engineering, Inc.

3795 Gordon Terry Parkway

Trinity, Alabama 35673

TABLE OF CONTENTS

1. Introduction

2. Summary

2.1. Suspect ACMs

2.2. Recommendations

3. Survey Scope

4. Limitations

5. Survey and Sample Collection Procedure

6. Previous Survey / Plans Review

7. Suspect ACM Materials Not Sampled

8. Survey Sampling Results

9. Appendices

Task Order GSE 017 Page 1 of 26

GENERAL ASBESTOS SURVEY OF

Building 4733, George C. Marshall Space Flight Center, Marshall Space Flight Center, Alabama

1. Introduction

In accordance with GSE Task Order No.GSE-017 dated August 15, 2008, Great Southern Engineering, Inc. (GSE) has performed an asbestos survey of Building 4733 located at George C.

Marshall Space Flight Center, Marshall Space Flight Center, Alabama. The 2,270 square feet building was identified to have been originally constructed in 1953. A total of 36 samples were collected from the building.

The objective of the Asbestos Survey is to determine the location and quantity of asbestos-containing materials at the Property building.

GSE’s Scope of Work included:

Visual inspection and identification of suspect asbestos-containing materials (ACMs) in the Property building and collected a representative number of samples for analysis.

As part of this asbestos survey, GSE personnel collected samples of all suspect friable and suspect damaged non-friable building materials at the Property. The remaining suspect non-friable materials were not be sampled as part of this asbestos survey

Estimated quantities and locations of ACM.

Assessed the condition of the ACM identified.

Assigned a hazard rating to each type of ACM.

This report has been prepared for the use of George C. Marshall Space Flight Center. Our investigation was performed using the degree of care and skill ordinarily exercised under similar circumstances by professional consultants practicing in this or similar localities. No other warranty or guarantee, expressed or implied, is made as to the conclusions included in this report.

Task Order GSE 017 Page 2 of 26

Building 4733, George C. Marshall Space Flight Center, Marshall Space Flight Center, Alabama

The GSE, Inc. did not perform destructive sampling procedures at the site; therefore, regardless of the thoroughness of this survey, it is possible that suspected asbestos-containing materials (ACMs) might exist in the building beneath the floors, behind walls, within pipe chases, or in other inaccessible locations. If, during renovation or demolition activities, materials not addressed in this survey are discovered, these materials should be sampled and analyzed for asbestos content prior to disturbance.

Surveyed by:

John A Jackson

University of Alabama Safe State Program Accredited Inspector/Management Planner

Accreditation #AIN0908531941

Written by:

Manju Ramasamudra

University of Alabama Safe State Program Accredited Inspector/Management Planner

Accreditation #APL0308R5089

Task Order GSE 017 Page 3 of 26

Building 4733, George C. Marshall Space Flight Center, Marshall Space Flight Center, Alabama

2. Summary

GSE performed an Asbestos Survey and Hazard Assessment at Building 4733 in Marshall Space Flight Center, Alabama on January 16, 2009 and April 1, 2009. Sample collection was completed by licensed personnel – John A Jackson. The following report summarizes the independent conclusions representing GSE’ best professional judgment based on information and data available to us during the course of this survey. Factual information regarding operations, conditions, and tests data provided by the client, owner or their representative has been assumed to be correct and complete. Additionally, the conclusions presented are based on the conditions that existed on the date(s) of the assessment.

The 2,270 square feet building was identified to have been originally constructed in 1953. A total of 36 samples were collected from the building. Two (2) homogeneous materials were identified as asbestos-containing materials. A summary of the samples collected for this area and corresponding analytical results is presented below.

Building Number 4733

Sample Description

Sample

ID

Building Number

Sample Material

ACM

Quantity

12" x 12" Floor Tile4733 10 White with Brown Streaks 150 SF

Room Number Grid Numbers 102 F1-1, F1-2, F1-3, F1-4, F2-1, F2-2, F2-3, F2-4, F3-1, F3-2, F3-3, F3-4, F4-1, F4-2, F4-3, F4-4

Sample Description

Sample

ID

Building Number

Sample Material

ACM

Quantity

Window Glazing4733 15 Gray 240 LF

Room Number Grid Numbers

101 WL1-1, WL1-2, WL1-3, WL1-4, WL2-1, WL2-2, WL2-3, WL2-4, WL3-1, WL3-2, WL3-3,

WL3-4, WL4-1, WL4-2, WL4-3, WL4-4, WR1-1, WR1-2, WR1-3, WR1-4, WR2-1, WR2-2,

WR2-3, WR2-4, WR3-1, WR3-2, WR3-3, WR3-4, WR4-1, WR4-2, WR4-3, WR4-4

103 WF1-1, WF1-2, WF1-3, WF1-4, WF2-1, WF2-2, WF2-3, WF2-4, WF3-1, WF3-2, WF3-3,

WF3-4, WF4-1, WF4-2, WF4-3, WF4-4, WL1-1, WL1-2, WL1-3, WL1-4, WL2-1, WL2-2,

WL2-3, WL2-4, WL3-1, WL3-2, WL3-3, WL3-4, WL4-1, WL4-2, WL4-3, WL4-4, WR1-1,

WR1-2, WR1-3, WR1-4, WR2-1, WR2-2, WR2-3, WR2-4, WR3-1, WR3-2, WR3-3, WR3-4,

WR4-1, WR4-2, WR4-3, WR4-4

WL1-1

WR2-1

WR1-1

WL3-1

WL2-1

WR4-1

WR3-1

F1-1 F2-1 F3-1 F4-1

C1-1 C2-1 C3-1 C4-1

C1-2

C1-3

C1-4

C2-2

C2-3

C2-4

C3-2

C3-3

C3-4

C4-2

C4-3

C4-4

WR4-2

WR4-3

WR4-4

WR3-2

WR3-3

WR3-4

WR2-2

WR2-3

WR2-4

WR1-2

WR1-3

WR1-4

F4-2

F4-3

F4-4

F3-2

F3-4

F2-2

F2-3

F2-4

F1-2

F1-3

F1-4

WL1-2

WL1-3

WL1-4

WL2-2

WL2-3

WL2-4

WL3-2

WL3-3

WL3-4

WL4-2

WL4-3

WL4-4

F3-3

WL4-1

WF4-1 WF4-2 WF4-3 WF4-4

WF3-1

WF2-1

WF1-1

WF3-2

WF2-2

WF1-2

WF3-3

WF2-3

WF1-3

WF3-4

WF2-4

WF1-4

WE4-1WE4-2WE4-3WE4-4

WE3-1

WE2-1

WE1-1

WE3-2

WE2-2

WE1-2

WE3-3

WE2-3

WE1-3

WE3-4

WE2-4

WE1-4

Map Document: (G:\asbestos\Asbestos_Room_grid.mxd)

1. Note: Entry wall depicted is as seen from inside the room, therefore grid WE4-4 is located at the top left corner of wall. The main entry door is located within the entry wall.

2. Entry wall location shall be described as N (North) S (South) E (East) or W (West) as seen from the inside of the room. Utilizing the facilities data book, N is located at the top of page, S at bottom of page, E at right of page and W and left of page regardless of bearing shown on drawing for all buildings. (The directional bearing symbol is pointing to either NE or NW for approximately 29 buildings in the facilities data book. Consider these NE or NW bearings as being Plan N when identifying the direction of the entry wall.)

The only exception is building 4705, this drawing shall be oriented towards North as shown on drawing.

3. Type of grid system uses 4 grids by length and 4 grids by width irrespective of the room size.

Grid: C - ceiling, WF - far wall, WE - entry wall, WL - left wall, WR - right wall, F - floor

Asbestos Survey Room Grid Note: Asbestos containing material above the ceiling should be noted on the ceiling grid

Far Wall Entry Wall

Far Wall

WL1-1

WR2-1

WR1-1

WL3-1

WL2-1

WR4-1

WR3-1

WR4-2

WR4-3

WR4-4

WR3-2

WR3-3

WR3-4

WR2-2

WR2-3

WR2-4

WR1-2

WR1-3

WR1-4

WL1-2

WL1-3

WL1-4

WL2-2

WL2-3

WL2-4

WL3-2

WL3-3

WL3-4

WL4-2

WL4-3

WL4-4

WL4-1

C1-1 C2-1 C3-1 C4-1

C1-2

C1-3

C1-4

C2-2

C2-3

C2-4

C3-2

C3-3

C3-4

C4-2

C4-3

C4-4

WF4-1 WF4-2 WF4-3 WF4-4

WF3-1

WF2-1

WF1-1

WF3-2

WF2-2

WF1-2

WF3-3

WF2-3

WF1-3

WF3-4

WF2-4

WF1-4

WE4-1WE4-2WE4-3WE4-4

WE3-1

WE2-1

WE1-1

WE3-2

WE2-2

WE1-2

WE3-3

WE2-3

WE1-3

WE3-4

WE2-4

WE1-4

F1-1 F2-1 F3-1 F4-1

F4-2

F4-3

F4-4

F3-2

F3-4

F2-2

F2-3

F2-4

F1-2

F1-3

F1-4

F3-3

Map Document: (G:\asbestos\Asbestos_Hall_grid.mxd)

1. Note: Entry wall and far wall are optional; there maybe neither that are identified in the hallway. Entry wall depicted is as seen from inside the room, therefore grid WE4-1 is located at the top left corner of wall.

2. Type of grid system uses 4 grids by length and 4 grids by width irrespective of the hall size.

3. The identification of hallway segments will be determined by the end rooms. Hallways will be measured from South to North and from East to West Ex. Room most south of hallway is Room 107 and room most North of hallway is Room 200. Using H as the designation of hallway. The identification of hallway is HS107N200. Likewise from east to west would be HE107W200. The room number sequencing is arbitrary; Ex. HE200W107 would be acceptable. NS&EW are used to distinguish between vertical and horizontal run corridors on drawings.

4. Utilizing the facilities data book, N is located at the top of page, S at bottom of page, E at right of page and W and left of page regardless of bearing shown on drawing for all buildings. (The directional bearing symbol is pointing to either NE or NW for approximately 29 buildings in the facilities data book. Consider these NE or NW bearings as being Plan N when identifying the hallway number.) The only exception is building 4705, this drawing shall be oriented towards North as shown on drawing.

Grid: C - ceiling, WF - far wall, WE - entry wall, WL - left wall, WR - right wall, F - floor

Asbestos Survey Hallway Grid Note: Asbestos containing material above the ceiling should be noted on the ceiling grid

Far Wall Entry Wall

Far Wall Room XXXBeginning

Room YYY N or W

S or E

Task Order GSE 017 Page 4 of 26

Building 4733, George C. Marshall Space Flight Center, Marshall Space Flight Center, Alabama

2.1. Suspect ACMs

The following information is included for informational purposes:

A. The following suspect asbestos-containing materials were not sampled as part of this scope of work:

Suspect fibrous electrical cable covering (danger of electrocution) were not sampled.

These materials are not subject to regulation under NESHAP for demolition and renovation as long as they are in good condition and are not subject to sanding, grinding, cutting, or abrading.

Since ordinary demolition activities do not include sanding, grinding, cutting, and abrading, these materials may remain in place during building demolition, as long as they remain in good condition and are not friable.

If the material is in poor condition and is friable at the time of demolition or renovation, or if it will be subjected to sanding, grinding, cutting, or abrading, it should first be removed by a licensed asbestos removal contractor and disposed of as asbestos-containing waste.

When removing asphalt-roofing products, the material should be removed using a method that does not subject the material to sanding, cutting, grinding, or abrading (hand tools).

Asbestos-containing roofing may be disposed of as construction debris.

Task Order GSE 017 Page 5 of 26

Building 4733, George C. Marshall Space Flight Center, Marshall Space Flight Center, Alabama

2.2. Recommendations

The following additional actions are recommended:

The identified asbestos-containing black mastic associated with 12” X 12” white with brown streaks floor tile is in good condition. In addition the identified asbestos containing gray window glazing is in damaged condition. MSFC (Property owner/Operator) should develop and implement an Operations and Maintenance (O&M) Program. In addition suspect asbestos-containing materials in the form of caulking on exterior walls, grout on exterior block walls, electrical cable covering, and fire doors were not sampled as a part of this assessment. These materials can be maintained as part of the asbestos O&M Program.

A properly designed O&M Program is sufficient to maintain the Project in accordance with current regulatory standards and sound business practice. ACM maintained with an O&M Program can remain in place, provided the ACM and suspect ACM remain intact and undisturbed.

Repair or removal of damaged asbestos-containing materials by a licensed asbestos contractor in accordance with all applicable federal, state, and local regulations. If any ACM remains after removal, then an Asbestos O&M Program should be developed and implemented.

Task Order GSE 017 Page 6 of 26

Building 4733, George C. Marshall Space Flight Center, Marshall Space Flight Center, Alabama

3. Survey Scope

This survey was conducted for the purpose of identifying asbestos-containing materials (ACM) throughout the building and to conduct a hazard assessment on existing ACM. The survey was non-destructive in nature and limited only to those areas that were readily accessible.

Specific areas to which access was limited by occupant request, unavailability of keys, or by site conditions included the following:

Behind the walls

Beneath the floors

Any suspect ACM not sampled as part of the assessment and if any additional suspect materials were to be identified behind walls and beneath the floors should be sampled prior to repair, renovation, or demolition activities.

Task Order GSE 017 Page 7 of 26

Building 4733, George C. Marshall Space Flight Center, Marshall Space Flight Center, Alabama

4. Limitations

GSE did not attempt to disassemble mechanical equipment, open pipe chases or assess materials within wall voids. Regardless of the thoroughness of a survey, the possibility exists that some areas containing asbestos were not identified, inaccessible or different from those at specific locations. The findings and opinions presented are relative to the dates of our site work and should not be relied upon to represent conditions at substantially later dates due to changes in the condition ACM may change over time, renovations and repairs.

This report is for the exclusive use of the client and its agents and use by any unauthorized parties in whole or in part, except as directed by legal jurisdiction, is at the sole risk of the user.

If this assessment includes reliance on work products and/or documents prepared by others, GSE has no responsibility for the accuracy of information contained therein.

Although this assessment has attempted to identify the presence or absence of ACM, potential sources of ACM may have escaped detection due to: (1) the scope of this assessment, (2) the inaccuracy of records, interviews, work products or documents made available to GSE for this report, (3) the presence of undetected or unreported renovations and repairs, (4) inaccessible areas, and/or (5) deliberate concealment of detrimental information.

Estimates presented in this report are based upon observations during the survey and owner-provided information. These reasonable estimates may be affected by unanticipated conditions potentially present in inaccessible or un-surveyed areas. GSE does not warrant or guarantee the quantity estimates. The use of such estimates shall be at the user's own risk and shall constitute a release and agreement to defend and indemnify GSE from and against any liability. If questions arise during the planning for renovation, demolition, or other construction activities, GSE should be notified to permit review of the data and present recommendations.

Interior of the following rooms were inaccessible during our Asbestos Survey on January 16, 2009 and April 1, 2009: None.

Task Order GSE 017 Page 8 of 26

Building 4733, George C. Marshall Space Flight Center, Marshall Space Flight Center, Alabama

5. Survey and Sample Collection Procedure

Based on United States Environmental Protection Agency (USEPA) guidance documents, GSE considered all material applications identified during the visual assessment were suspect ACM and sampled as described below.

Bulk samples were collected of any materials, which were suspected of containing asbestos with the exception of fire doors. Fire doors were not sampled because the damage caused by sampling would render these materials friable and may also void the fire rating. Since these materials were not sampled, they should be assumed to be asbestos containing, unless sampled and proven otherwise. Sampling of these assumed ACMs should be performed prior to any renovation or other activity that may cause a material disturbance.

Samples of the remaining suspect ACM were taken in accordance with USEPA recommendations.

The number and location of samples collected was based on the type of material, the manner of application, and the homogeneity of the ACM (similarity of color, texture, and type). Each sample was collected and placed into an individual sample container. The sample location was noted on the field survey form and assigned an individual identification number. This number was affixed to the sample container as the sample was collected. The survey form was also used to note the material type and general condition of the material. During the inspection, each suspect material's accessibility, location, and friability were recorded. This information was used to assess the potential hazard of the ACM and to prioritize response action recommendations.

The USEPA defines asbestos-containing materials (ACM) as those that contain greater than one percent asbestos. Friable materials are defined as those that can be crumbled or reduced to powder by hand pressure.

GSE utilized the “positive-stop” method of sample analysis. In this method, analysis is stopped on a group of samples once the first positive (e.g., greater than 1% asbestos) sample is analyzed.

According to the USEPA, if one sample of a homogenous material is identified to be asbestos containing, the entire material must be considered asbestos containing. By using the positive-stop method, GSE reduces the Client’s laboratory analysis cost by not analyzing the additional samples.

Samples collected were carried and submitted under Chain-of-Custody to Steve Moody Micro Services LLC, Farmers Branch, Texas for analysis of asbestos using USEPA Method 40 CFR, Chapter 1, Part 763, Subpart F, Appendix A, also known as Polarized Light Microscopy (PLM).

Steve Moody Micro Services LLC is certified by the National Voluntary Laboratory Accreditation Program (NVLAP) and licensed by the Department of State Health Services.

Task Order GSE 017 Page 9 of 26

Building 4733, George C. Marshall Space Flight Center, Marshall Space Flight Center, Alabama

6. Previous Survey / Plans Review

GSE was not provided with any previously conducted asbestos surveys of the Property. As-built/renovation-site plans and construction drawings were reviewed at the Facilities Department Drawing Room. Review of these documents did not identify building material specifications requiring the use of ACM. However, this does not preclude or prevent the potential use of ACM.

Task Order GSE 017 Page 10 of 26

Building 4733, George C. Marshall Space Flight Center, Marshall Space Flight Center, Alabama

7. Suspect ACM Materials Not Sampled

During the course of the property visit, GSE performed a preliminary review of interior, accessible areas of the subject building for the presence of suspect asbestos-containing materials (ACMs). This asbestos survey was conducted for overview purposes only; additional suspect materials may exist in concealed locations (behind walls and above ceilings, beneath the floors, within machinery, etc.). Also, not all suspect materials may have been sampled due to the condition or the location of the suspect materials. Destructive sampling of suspect ACMs was not performed. GSE will not be responsible for damaging materials or causing the materials to become friable. The USEPA defines asbestos-containing material as material containing greater than one percent asbestos. This review was not a pre-demolition/renovation survey or for regulatory submittal purposes.

Suspect and/or presumed ACMs were observed within the subject building during the property visit. These suspect and/or presumed ACMs that were not sampled as part of this asbestos survey are listed in the following table.

Sample Description Physical Condition

Friable Yes/No

Type of

ACM

Sample ID

4733Building Number

Caulking, On Exterior Wall Joints UPS4 NoM

Grout, On Exterior Wall Masonry UPS5 NoM

Wiring, Fibrous Electrical Cable Covering UPS6 NoM

Fire Doors, Fire Door Insulation UPS7 NoM

Task Order GSE 017 Page 11 of 26

Building 4733, George C. Marshall Space Flight Center, Marshall Space Flight Center, Alabama

8. Survey Sampling Results

The results of the Survey are presented in the tables on the following pages. The tables describe the entire suspect Asbestos-Containing Materials (ACMs) identified in the building and list respective sample numbers and laboratory results. Sample numbers presented in the tables correspond to the sample numbers on attached Laboratory Analysis Forms. Also presented in the tables is the estimated quantity and assessed friability for each suspect ACM. For each suspect material identified as ACM, the assessed hazard potential is presented along with GSE’ recommended response action. Hazard potential for each material application is based on the material condition and accessibility to the public and maintenance personnel.

Glossary of Items for the following Table

Type of Asbestos (1) CH = Chrysotile AM = Amosite CR = Crocidolite AN = Anthophyllite TR = Tremolite AC = Actinolite ND = No Asbestos Detected PC = Point Count Method

Type of ACM (2) M = Miscellaneous S = Surfacing TSI = Thermal Systems Insulation

Friability (3) F = Friable NF = Non Friable

Physical Condition (4) U = Good D = Damaged SD = Significantly Damaged

Potential for Disturbance (5) NPD = No Potential for Disturbance PD = Potential for Disturbance PSD = Potential for Significant Disturbance

Assessment Category (6) 1 = Damaged or significantly damaged TSI ACBM, 2 = Damaged friable surfacing ACBM 3 = Significantly damaged friable surfacing ACBM 4 = Damaged or significantly damaged friable miscellaneous ACBM 5 = ACBM with potential for damaged 6 = ACBM potential for significant damage 7 = Any remaining friable ACBM or friable suspected

ACBM

X = not applicable

Unit of Measurement SF = Square Feet

LF = Linear Feet

Description

Sample Location

Sample Analyzed

Yes/No

Estimated Quantity of

ACM

Assessment Category

Physical Condition

Friable Yes/No

Type of

ACM

% and Type of Asbestos Detected

Sample ID Potential For

Distrubance

4733Building Number

Homogeneous Area 1

Pipe Insulation with White Mastic

Yes TSI Yes U XRoom: 103 Grid: WL2-2

ND - Insulation ND - Paper/ Foil Wrap ND - White Mastic

1 PD

Yes TSI Yes U XRoom: 101 Grid: Wl2-1

ND - Insulation ND - Black Mastic ND - Paper/ Foil Wrap ND - White Mastic

2 PD

Yes TSI Yes U XRoom: 101 Grid: C4-2

ND - Insulation ND - Paper/ Foil Wrap ND - White Mastic

3 PD

Homogeneous Area 2

Cove Base Brown and Associated Mastic

Yes M No U XRoom: 101 Grid: WR1-3

ND - Cove Base ND - Mastic

4 PD

Yes M No U XRoom: 101 Grid: WL1-3

ND - Cove Base ND - Mastic

5 PD

Yes M No U XRoom: 102 Grid: WE1-2

ND - Cove Base ND - Mastic

6 PD

Sample Location

Sample Analyzed

Yes/No

Estimated Quantity of

ACM

Assessment Category

Physical Condition

Friable Yes/No

Type of

ACM

% and Type of Asbestos Detected

Sample ID Potential For

Distrubance

4733Building Number

Homogeneous Area 3

2' X 4' Ceiling Tile with Small Fissures

Yes M Yes U XRoom: 101 Grid: C1-3

ND - Acoustic Tile7 PD

Yes M Yes U XRoom: 101 Grid: C4-3

ND - Acoustic Tile8 PD

Yes M Yes U XRoom: 101 Grid: C2-2

ND - Acoustic Tile9 PD

Homogeneous Area 4

12" x 12" Floor Tile White with Brown Streaks

Yes 150 SF M No U 5Room: 102 Grid: F2-4

ND - Floor Tile ND - Yellow Mastic 3% CH - Black Mastic

10 PD

No M No U 5Room: 102 Grid: F4-1

Not Analyzed Positive Stop

11 PD

No M No U 5Room: 102 Grid: F4-2

Not Analyzed Positive Stop

12 PD

Sample Location

Sample Analyzed

Yes/No

Estimated Quantity of

ACM

Assessment Category

Physical Condition

Friable Yes/No

Type of

ACM

% and Type of Asbestos Detected

Sample ID Potential For

Distrubance

4733Building Number

Homogeneous Area 5

Window Glazing Gray Yes M Yes D 4Room: 101 Grid: WL2-2

ND - Window Glazing

13 PD

Yes M Yes D 4Room: 101 Grid: WR2-2

ND - Window Glazing

14 PD

Yes 240 LF M Yes D 4Room: 103 Grid: WF2-3

5% CH - Window Glazing

15 PD

Homogeneous Area 6

Wallboard with Associated Joint Compound

Yes M No U XRoom: 101 Grid: WF2-4

ND - Drywall Material ND - Joint Compound

16 PD

Yes M No U XRoom: 101 Grid: WF2-3

ND - Drywall Material ND - Joint Compound

17 PD

Yes M No U XRoom: 101 Grid: C4-2

ND - Drywall Material ND - DW Paper Facing

18 PD

Sample Location

Sample Analyzed

Yes/No

Estimated Quantity of

ACM

Assessment Category

Physical Condition

Friable Yes/No

Type of

ACM

% and Type of Asbestos Detected

Sample ID Potential For

Distrubance

4733Building Number

Homogeneous Area 7

Insulation Sprayed on walls and Ceilings

Yes TSI Yes U XRoom: 103 Grid: WL2-2

ND - Insulation19 PD

Yes TSI Yes U XRoom: 103 Grid: WF2-2

ND - Insulation20 PD

Yes TSI Yes U XRoom: 103 Grid: WR2-4

ND - Insulation21 PD

Homogeneous Area 8

Pipe Insulation with Gray Mastic

Yes TSI Yes U XRoom: 103 Grid: WR3-3

ND - Insulation ND - Paper/ Foil Wrap ND - Yellow Mastic ND - Gray Mastic

22 PD

Yes TSI Yes U XRoom: 103 Grid: WR3-3

ND - Insulation ND - Gray Mastic

23 PD

Yes TSI Yes U XRoom: 103 Grid: WR3-3

ND - Insulation ND - Paper/ Foil Wrap ND - Gray Mastic

24 PD

Sample Location

Sample Analyzed

Yes/No

Estimated Quantity of

ACM

Assessment Category

Physical Condition

Friable Yes/No

Type of

ACM

% and Type of Asbestos Detected

Sample ID Potential For

Distrubance

4733Building Number

Homogeneous Area 9

Mastic Yellow on Walls

- Metal Strips

Yes M No U XRoom: 101 Grid: WL2-2

ND - Yellow Mastic25 PD

Yes M No U XRoom: 101 Grid: WL2-2

ND - Yellow Mastic26 PD

Yes M No U XRoom: 101 Grid: WL2-2

ND - Yellow Mastic27 PD

Homogeneous Area 10

Insulation on Walls Yes TSI Yes U XRoom: 101 Grid: WR1-3

ND - Thermal Insulation

28 PD

Yes TSI Yes U XRoom: 101 Grid: WL1-2

ND - Thermal Insulation

29 PD

Yes TSI Yes U XRoom: 101 Grid: WR1-3

ND - Thermal Insulation

30 PD

Sample Location

Sample Analyzed

Yes/No

Estimated Quantity of

ACM

Assessment Category

Physical Condition

Friable Yes/No

Type of

ACM

% and Type of Asbestos Detected

Sample ID Potential For

Distrubance

4733Building Number

Homogeneous Area 11

Window Glazing White Yes M No U XRoom: 101 Grid: WL2-3

ND - Window Glazing

31 PD

Yes M No U XRoom: 103 Grid: WL2-2

ND - Window Glazing

32 PD

Yes M No U XRoom: 103 Grid: WF2-3

ND - Window Glazing

33 PD

Homogeneous Area 12

Insulation on Walls Yes TSI Yes U XRoom: 101 Grid: WR1-3

ND - Thermal Insulation ND - Tar Wrap ND - Paper Wrap

34 PD

Yes TSI Yes U XRoom: 101 Grid: WR1-3

ND - Thermal Insulation ND - Tar Wrap ND - Paper Wrap

35 PD

Yes TSI Yes U XRoom: 101 Grid: WR1-3

ND - Thermal Insulation ND - Tar Wrap ND - Paper Wrap

36 PD

1. CH = Chrysotile; AM = Amosite; CR = Crocidolite; AN = Anthophyllite; TR = Tremolite; AC = Actinolite; ND = No Asbestos Detected; or PC = Point Count Method

2. M = Miscellaneous; S = Surfacing; or TSI = Thermal Systems Insulation

3. F = Friable or NF = Non Friable

4. U = Good; D = Damaged; or SD = Significantly Damaged

5. NPD = No Potential for Disturbance; PD = Potential for Disturbance; or PSD = Potential for Significant Disturbance

6. 1 = Damaged or significantly damaged TSI ACBM, 2 = Damaged friable surfacing ACBM, 3 = Significantly damaged friable surfacing ACBM, 4 = Damaged or significantly damaged friable miscellaneous ACBM, 5 = ACBM with potential for damage, 6 = ACBM potential for significant damage, 7 = Any remaining friable ACBM or friable suspected ACBM, or X = not applicable

SF = Square Feet LF = Linear Feet

9. Appendices

Appendix A— Laboratory Results and Chain of Custody Appendix B— ACM Sample Location Drawings Appendix C— ACM Location Diagrams Appendix D— Photographs Appendix E— Certificates and Licenses

Appendix A

Laboratory Results

PLM Summary Report NVLAP Lab No. 102056

TDSHS License No. 30-0084

Client :

Project :

Project # :

Identification :

Test Method :

Great Southern Engineering

MSFC, Building 4733

GSE-017

Asbestos, Bulk Sample Analysis

Polarized Light Microscopy / Dispersion Staining (PLM/DS)

EPA Method 600 / R-93 / 116

Sample Number Client Sample Description / Location Asbestos Content

Sample Date :

On 1/28/2009, thirty three (33) bulk material samples were submitted by John Jackson of Great Southern Engineering for asbestos analysis by PLM/DS.

The PLM Detail Report is attached; additional information may be found therein. The results are summarized below:

Steve Moody Micro Services, LLC

Lab Job No. :

Report Date :

09B-00883

01/16/2009

01/29/2009

2051 Valley View Lane

Farmers Branch, TX 75234 (Phone 972-241-8460)

01 Mastic (White) on Pipe Insulation None Detected - Insulation

None Detected - Paper / Foil Wrap

None Detected - White Mastic

02 Mastic (White) on Pipe Insulation None Detected - Insulation

None Detected - Black Mastic

None Detected - Paper / Foil Wrap

None Detected - White Mastic

03 Mastic (White) on Pipe Insulation None Detected - Insulation

None Detected - Paper / Foil Wrap

None Detected - White Mastic

04 Cove Base (Brown) and Mastic None Detected - Cove Base

None Detected - Mastic

05 Cove Base (Brown) and Mastic None Detected - Cove Base

None Detected - Mastic

06 Cove Base (Brown) and Mastic None Detected - Cove Base

None Detected - Mastic

07 2' x 4' Ceiling Tile (Small Fissures) None Detected - Acoustic Tile

08 2' x 4' Ceiling Tile (Small Fissures) None Detected - Acoustic Tile

09 2' x 4' Ceiling Tile (Small Fissures) None Detected - Acoustic Tile

10 12" x 12" Floor Tile (White with Brown Streaks) and Mastic None Detected - Floor Tile

None Detected - Yellow Mastic

3% Chrysotile - Black Mastic

11 12" x 12" Floor Tile (White with Brown Streaks) and Mastic Not Analyzed - Positive Stop

12 12" x 12" Floor Tile (White with Brown Streaks) and Mastic Not Analyzed - Positive Stop

13 Window Glazing (Gray) None Detected - Window Glazing

14 Window Glazing (Gray) None Detected - Window Glazing

15 Window Glazing (Gray) 5% Chrysotile - Window Glazing

TDSHS License No. 30-0084

Client :

Project :

Project # :

Identification :

Test Method :

Great Southern Engineering

MSFC, Building 4733

GSE-017

Asbestos, Bulk Sample Analysis

Polarized Light Microscopy / Dispersion Staining (PLM/DS)

EPA Method 600 / R-93 / 116

Sample Number Client Sample Description / Location Asbestos Content

Sample Date :

On 1/28/2009, thirty three (33) bulk material samples were submitted by John Jackson of Great Southern Engineering for asbestos analysis by PLM/DS.

The PLM Detail Report is attached; additional information may be found therein. The results are summarized below:

Steve Moody Micro Services, LLC

Lab Job No. :

Report Date :

09B-00883

01/16/2009

01/29/2009

2051 Valley View Lane

Farmers Branch, TX 75234 (Phone 972-241-8460)

16 Drywall None Detected - Drywall Material

None Detected - Joint Compound

17 Drywall None Detected - Drywall Material

None Detected - Joint Compound

18 Drywall None Detected - Drywall Material

None Detected - DW Paper Facing

19 Sprayed Insulation None Detected - Insulation

20 Sprayed Insulation None Detected - Insulation

21 Sprayed Insulation None Detected - Insulation

22 Mastic (Gray) on Pipe Insulation None Detected - Insulation

None Detected - Paper / Foil Wrap

None Detected - Yellow Mastic

None Detected - Grey Mastic

23 Mastic (Gray) on Pipe Insulation None Detected - Insulation

None Detected - Grey Mastic

24 Mastic (Gray) on Pipe Insulation None Detected - Insulation

None Detected - Paper / Foil Wrap

None Detected - Grey Mastic

25 Mastic (Yellow) on Wall None Detected - Yellow Mastic

26 Mastic (Yellow) on Wall None Detected - Yellow Mastic

27 Mastic (Yellow) on Wall None Detected - Yellow Mastic

28 Insulation in Walls None Detected - Thermal Insulation

29 Insulation in Walls None Detected - Thermal Insulation

30 Insulation in Walls None Detected - Thermal Insulation

31 Window Glazing (White) None Detected - Window Glazing

32 Window Glazing (White) None Detected - Window Glazing

TDSHS License No. 30-0084

Client :

Project :

Project # :

Identification :

Test Method :

Great Southern Engineering

MSFC, Building 4733

GSE-017

Asbestos, Bulk Sample Analysis

Polarized Light Microscopy / Dispersion Staining (PLM/DS)

EPA Method 600 / R-93 / 116

Sample Number Client Sample Description / Location Asbestos Content

Sample Date :

On 1/28/2009, thirty three (33) bulk material samples were submitted by John Jackson of Great Southern Engineering for asbestos analysis by PLM/DS.

The PLM Detail Report is attached; additional information may be found therein. The results are summarized below:

Steve Moody Micro Services, LLC

Lab Job No. :

Report Date :

09B-00883

01/16/2009

01/29/2009

2051 Valley View Lane

Farmers Branch, TX 75234 (Phone 972-241-8460)

33 Window Glazing (White) None Detected - Window Glazing

Greg WerchanAnalyst(s):

Lab Director : Steve Moody Approved Signatory :

Thank you for choosing Steve Moody Micro Services

These samples were analyzed by layers. Quantification, unless otherwise noted, is performed by calibrated visual estimate. Results may not be reproduced except in full. This test report relates only to the samples tested. These test results do not imply endorsement by NVLAP or any agency of the U.S. Government. Accredited by the

National Voluntary Laboratory Accreditation Program for Bulk Asbestos Fiber Analysis under Lab Code 102056.

Lab Manager : Bruce Crabb Approved Signatory :

Steve Moody Micro Services, LLC PLM Detail Report NVLAP Lab No. 102056

TDSHS License No. 30-0084

Project # : GSE-017

Sample Number Layer Components % Of

Sample

Analysis

Date

% of

Layer Analyst

Supplement to PLM Summary Report 2051 Valley View Lane

Farmers Branch, TX 75234

Client :

Project :

Great Southern Engineering

MSFC, Building 4733

Lab Job No. :

Report Date :

09B-00883

01/29/2009

Mineral Wool Fibers01 Insulation (Yellow) 90% 01/2995% GW

Resin Binders01 Insulation (Yellow) 90% 01/295% GW

Cellulose Fibers01 Paper / Foil Wrap (White / Silver) 5% 01/2960% GW

Glass Wool Fibers01 Paper / Foil Wrap (White / Silver) 5% 01/2920% GW

Metal Foil01 Paper / Foil Wrap (White / Silver) 5% 01/2920% GW

Pigment / Binders01 White Mastic (Off-White) 5% 01/29100% GW

Mineral Wool Fibers02 Insulation (Yellow) 83% 01/2995% GW

Resin Binders02 Insulation (Yellow) 83% 01/295% GW

Tar Binders02 Black Mastic (Black) 10% 01/29100% GW

Cellulose Fibers02 Paper / Foil Wrap (White / Silver) 5% 01/2960% GW

Glass Wool Fibers02 Paper / Foil Wrap (White / Silver) 5% 01/2920% GW

Metal Foil02 Paper / Foil Wrap (White / Silver) 5% 01/2920% GW

Pigment / Binders02 White Mastic (Off-White) 2% 01/29100% GW

Mineral Wool Fibers03 Insulation (Yellow) 94% 01/2995% GW

Resin Binders03 Insulation (Yellow) 94% 01/295% GW

Cellulose Fibers03 Paper / Foil Wrap (White / Silver) 3% 01/2960% GW

Glass Wool Fibers03 Paper / Foil Wrap (White / Silver) 3% 01/2920% GW

Metal Foil03 Paper / Foil Wrap (White / Silver) 3% 01/2920% GW

Pigment / Binders03 White Mastic (Off-White) 3% 01/29100% GW

Calcite / Vinyl Binders04 Cove Base (Brown) 50% 01/29100% GW

Calcite04 Mastic (Tan) 50% 01/2940% GW

Glue Binders04 Mastic (Tan) 50% 01/2960% GW

Calcite / Vinyl Binders05 Cove Base (Brown) 45% 01/29100% GW

Glue Binders05 Mastic (Brown) 55% 01/29100% GW

Calcite / Vinyl Binders06 Cove Base (Brown) 95% 01/29100% GW

Calcite06 Mastic (Tan) 5% 01/2940% GW

Glue Binders06 Mastic (Tan) 5% 01/2960% GW

Cellulose Fibers07 Acoustic Tile (Light Grey) 100% 01/2970% GW

Mineral Wool Fibers07 Acoustic Tile (Light Grey) 100% 01/2910% GW

Perlite07 Acoustic Tile (Light Grey) 100% 01/2920% GW

Project # : GSE-017

Sample Number Layer Components % Of

Sample

Analysis

Date

% of

Layer Analyst

Supplement to PLM Summary Report 2051 Valley View Lane

Farmers Branch, TX 75234

Client :

Project :

Great Southern Engineering

MSFC, Building 4733

Lab Job No. :

Report Date :

09B-00883

01/29/2009

Cellulose Fibers08 Acoustic Tile (Light Grey) 100% 01/2970% GW

Mineral Wool Fibers08 Acoustic Tile (Light Grey) 100% 01/2910% GW

Perlite08 Acoustic Tile (Light Grey) 100% 01/2920% GW

Cellulose Fibers09 Acoustic Tile (Light Grey) 100% 01/2970% GW

Mineral Wool Fibers09 Acoustic Tile (Light Grey) 100% 01/2910% GW

Perlite09 Acoustic Tile (Light Grey) 100% 01/2920% GW

Calcite / Vinyl Binders10 Floor Tile (White) 99% 01/29100% GW

Calcite10 Yellow Mastic (Yellow) <1% 01/2940% GW

Glue Binders10 Yellow Mastic (Yellow) <1% 01/2960% GW

Chrysotile10 Black Mastic (Black) 1% 01/293% GW

Tar Binders10 Black Mastic (Black) 1% 01/2997% GW

11 Not Analyzed - Positive Stop 100% 01/29 GW

12 Not Analyzed - Positive Stop 100% 01/29 GW

Calcite13 Window Glazing (Grey) 100% 01/2960% GW

Binders / Fillers13 Window Glazing (Grey) 100% 01/2940% GW

Calcite14 Window Glazing (Grey) 100% 01/2960% GW

Binders / Fillers14 Window Glazing (Grey) 100% 01/2940% GW

Chrysotile15 Window Glazing (White) 100% 01/295% GW

Calcite15 Window Glazing (White) 100% 01/2955% GW

Binders / Fillers15 Window Glazing (White) 100% 01/2940% GW

Cellulose Fibers16 Drywall Material (White) 96% 01/295% GW

Gypsum / Binders16 Drywall Material (White) 96% 01/2995% GW

Cellulose Fibers16 DW Paper Facing (Tan) 2% 01/29100% GW

Calcite / Talc / Binders16 Joint Compound (White) 2% 01/29100% GW

Cellulose Fibers17 Drywall Material (White) 94% 01/295% GW

Gypsum / Binders17 Drywall Material (White) 94% 01/2995% GW

Cellulose Fibers17 DW Paper Facing (Tan) 1% 01/29100% GW

Calcite / Talc / Binders17 Joint Compound (White) 5% 01/29100% GW

Project # : GSE-017

Sample Number Layer Components % Of

Sample

Analysis

Date

% of

Layer Analyst

Supplement to PLM Summary Report 2051 Valley View Lane

Farmers Branch, TX 75234

Client :

Project :

Great Southern Engineering

MSFC, Building 4733

Lab Job No. :

Report Date :

09B-00883

01/29/2009

Glass Wool Fibers18 Drywall Material (White) 95% 01/292% GW

Gypsum / Binders18 Drywall Material (White) 95% 01/2998% GW

Cellulose Fibers18 DW Paper Facing (Tan) 5% 01/29100% GW

Note: No Joint Compound

Cellulose Fibers19 Insulation (White) 100% 01/29100% GW

Cellulose Fibers20 Insulation (White) 100% 01/29100% GW

Cellulose Fibers21 Insulation (White) 100% 01/29100% GW

Mineral Wool Fibers22 Insulation (Yellow) 65% 01/2995% GW

Resin Binders22 Insulation (Yellow) 65% 01/295% GW

Cellulose Fibers22 Paper / Foil Wrap (Tan / Silver) 15% 01/2960% GW

Glass Wool Fibers22 Paper / Foil Wrap (Tan / Silver) 15% 01/2920% GW

Metal Foil22 Paper / Foil Wrap (Tan / Silver) 15% 01/2920% GW

Glue Binders22 Yellow Mastic (Yellow) 10% 01/29100% GW

Wollastonite22 Grey Mastic (Grey) 10% 01/295% GW

Polyethylene Fibers22 Grey Mastic (Grey) 10% 01/293% GW

Pigment / Binders22 Grey Mastic (Grey) 10% 01/2992% GW

Mineral Wool Fibers23 Insulation (Yellow) 55% 01/2995% GW

Resin Binders23 Insulation (Yellow) 55% 01/295% GW

Wollastonite23 Grey Mastic (Grey) 45% 01/295% GW

Polyethylene Fibers23 Grey Mastic (Grey) 45% 01/293% GW

Pigment / Binders23 Grey Mastic (Grey) 45% 01/2992% GW

Mineral Wool Fibers24 Insulation (Yellow) 85% 01/2995% GW

Resin Binders24 Insulation (Yellow) 85% 01/295% GW

Cellulose Fibers24 Paper / Foil Wrap (Tan / Silver) 10% 01/2960% GW

Glass Wool Fibers24 Paper / Foil Wrap (Tan / Silver) 10% 01/2920% GW

Metal Foil24 Paper / Foil Wrap (Tan / Silver) 10% 01/2920% GW

Wollastonite24 Grey Mastic (Grey) 5% 01/295% GW

Polyethylene Fibers24 Grey Mastic (Grey) 5% 01/293% GW

Pigment / Binders24 Grey Mastic (Grey) 5% 01/2992% GW

Project # : GSE-017

Sample Number Layer Components % Of

Sample

Analysis

Date

% of

Layer Analyst

Supplement to PLM Summary Report 2051 Valley View Lane

Farmers Branch, TX 75234

Client :

Project :

Great Southern Engineering

MSFC, Building 4733

Lab Job No. :

Report Date :

09B-00883

01/29/2009

Calcite25 Yellow Mastic (Yellow) 100% 01/2940% GW

Glue Binders25 Yellow Mastic (Yellow) 100% 01/2960% GW

Calcite26 Yellow Mastic (Yellow) 100% 01/2940% GW

Glue Binders26 Yellow Mastic (Yellow) 100% 01/2960% GW

Calcite27 Yellow Mastic (Yellow) 100% 01/2940% GW

Glue Binders27 Yellow Mastic (Yellow) 100% 01/2960% GW

Mineral Wool Fibers28 Thermal Insulation (Brown) 100% 01/2995% GW

Resin Binders28 Thermal Insulation (Brown) 100% 01/295% GW

Mineral Wool Fibers29 Thermal Insulation (Brown) 100% 01/2995% GW

Resin Binders29 Thermal Insulation (Brown) 100% 01/295% GW

Mineral Wool Fibers30 Thermal Insulation (Brown) 100% 01/2995% GW

Resin Binders30 Thermal Insulation (Brown) 100% 01/295% GW

Calcite31 Window Glazing (White) 100% 01/2960% GW

Binders / Fillers31 Window Glazing (White) 100% 01/2940% GW

Calcite32 Window Glazing (White) 100% 01/2960% GW

Binders / Fillers32 Window Glazing (White) 100% 01/2940% GW

Calcite33 Window Glazing (White) 100% 01/2960% GW

Binders / Fillers33 Window Glazing (White) 100% 01/2940% GW

TDSHS License No. 30-0084

Client :

Project :

Project # :

Identification :

Test Method :

Great Southern Engineering

MSFC, Building 4733

GSE-017

Asbestos, Bulk Sample Analysis

Polarized Light Microscopy / Dispersion Staining (PLM/DS)

EPA Method 600 / R-93 / 116

Sample Number Client Sample Description / Location Asbestos Content

Sample Date :

On 4/7/2009, three (3) bulk material samples were submitted by John Jackson of Great Southern Engineering for asbestos analysis by PLM/DS. The PLM

Detail Report is attached; additional information may be found therein. The results are summarized below:

Steve Moody Micro Services, LLC

Lab Job No. :

Report Date :

09B-03791

04/01/2009

04/07/2009

2051 Valley View Lane

Farmers Branch, TX 75234 (Phone 972-241-8460)

34 Insulation on Wall None Detected - Thermal Insulation

None Detected - Tar Wrap

None Detected - Paper Wrap

35 Insulation on Wall None Detected - Thermal Insulation

None Detected - Tar Wrap

None Detected - Paper Wrap

36 Insulation on Wall None Detected - Thermal Insulation

None Detected - Tar Wrap

None Detected - Paper Wrap

Jose OrtizAnalyst(s):

Lab Director : Steve Moody Approved Signatory :

Thank you for choosing Steve Moody Micro Services

These samples were analyzed by layers. Quantification, unless otherwise noted, is performed by calibrated visual estimate. Results may not be reproduced except in full. This test report relates only to the samples tested. These test results do not imply endorsement by NVLAP or any agency of the U.S. Government. Accredited by the

National Voluntary Laboratory Accreditation Program for Bulk Asbestos Fiber Analysis under Lab Code 102056.

Lab Manager : Bruce Crabb Approved Signatory :

Project # : GSE-017

Sample Number Layer Components % Of

Sample

Analysis

Date

% of

Layer Analyst

Supplement to PLM Summary Report 2051 Valley View Lane

Farmers Branch, TX 75234

Client :

Project :

Great Southern Engineering

MSFC, Building 4733

Lab Job No. :

Report Date :

09B-03791

04/07/2009

Mineral Wool Fibers34 Thermal Insulation (Brown) 75% 04/0795% JO

Resin Binders34 Thermal Insulation (Brown) 75% 04/075% JO

Tar Binders34 Tar Wrap (Black) 20% 04/07100% JO

Cellulose Fibers34 Paper Wrap (Tan) 5% 04/07100% JO

Mineral Wool Fibers35 Thermal Insulation (Brown) 65% 04/0795% JO

Resin Binders35 Thermal Insulation (Brown) 65% 04/075% JO

Tar Binders35 Tar Wrap (Black) 30% 04/07100% JO

Cellulose Fibers35 Paper Wrap (Tan) 5% 04/07100% JO

Mineral Wool Fibers36 Thermal Insulation (Brown) 30% 04/0795% JO

Resin Binders36 Thermal Insulation (Brown) 30% 04/075% JO

Tar Binders36 Tar Wrap (Black) 60% 04/07100% JO

Cellulose Fibers36 Paper Wrap (Tan) 10% 04/07100% JO

Appendix B

ACM Sample Location Drawings

First Floor Building 4733

Marshall Space Flight Center Marshall Space Flight Center, AL

Task Order #GSE-017

23, 24

111892

25, 26, 27

34, 35, Appendix C

ACM Location Diagrams

Manju Ramasamudra Rectangle

Manju Ramasamudra Text Box Black Mastic Associated with 12" X 12" White with Brown Streaks Floor Tile

Manju Ramasamudra Rectangle

Manju Ramasamudra Rectangle

Manju Ramasamudra Rectangle

Manju Ramasamudra Rectangle

Manju Ramasamudra Rectangle

Manju Ramasamudra Rectangle

Manju Ramasamudra Rectangle

Manju Ramasamudra Rectangle

Manju Ramasamudra Rectangle

Manju Ramasamudra Rectangle

Manju Ramasamudra Rectangle

Manju Ramasamudra Text Box Gray Window Glazing

Appendix D

Photographs

Building 4733, George C. Marshall Space Flight Center, Marshall Space Flight Center, Alabama

PHOTO 1. View of the Project building PHOTO 2. Pipe insulation with white mastic

PHOTO 3. 2’ X 4’ ceiling tile with small fissures PHOTO 4. 12” X 12” white floor tile with brown streaks

PHOTO 5. Interior window glazing PHOTO 6. Wallboard system and Insulation on Wall

Building 4733, George C. Marshall Space Flight Center, Marshall Space Flight Center, Alabama

PHOTO 7. Sprayed insulation on walls and ceilings PHOTO 8. Pipe insulation with gray mastic

PHOTO 9. yellow mastic on walls around metal strips PHOTO 10. White window glazing

PHOTO 11. Insulation on walls PHOTO 12. Brown cove base and mastic

Appendix E

License and Certifications