S02_Attachment_Lead Paint Inspection Report 2023-24 37 pages.pdf

LEAD PAINT INSPECTION REPORT

LOCATION:

TAMPA VA MEDICAL CENTER

BROOKSVILLE VA CLINIC

VA SUNSHINE HEALTHCARE NETWORK

INSPECTION DATES:

JANUARY 29 - MARCH 15, 2024

CONTRACTOR:

CASTLE HILL ASSOCIATES, LLC

1197 FARNSWORTH RD. SUITE E

WATERVILLE, OH 43566

567-952-0212

Lead-Based Paint Inspection Report January-March 2024 Tampa VA Medical Center, Tampa, FL / Brooksville VA Clinic, Brooksville, FL

TABLE OF CONTENTS

1 EXECUTIVE SUMMARY OF PROJECT

1.1 LEAD BASED COMPONENTS IDENTIFIED AND PHOTOS

1.2 LEAD BASED PAINT HAZARDS & CONTROL OPTIONS

1.3 LEAD BASED PAINT CONTROL RECOMMENDATIONS

1.4 PROJECT LIMITATIONS

2 MONITORING AND MAINTENANCE OF LEAD-BASED PAINT

2.1 ONGOING MONITORING AND RE-EVALUATION SCHEDULE

2.2 MAINTENANCE AND MONITORING SCHEDULE

2.3 RECOMMENDATIONS FOR BUILDING OPERATIONS

3 BACKGROUND AND EDUCATIONAL INFORMATION

3.1 HEALTH EFFECTS OF LEAD EXPOSURE

3.2 SOURCES OF LEAD POISONING

3.3 METHODS TO REDUCE EXPOSURE TO LEAD HAZARDS

LIST OF APPENDICES

APPENDIX A – “LEAD SPEAK” A BRIEF EPA GLOSSARY

APPENDIX B – XRF TESTING DATA

APPENDIX C – INSPECTOR CERTIFICATIONS

1 EXECUTIVE SUMMARY

A lead-based paint inspection was conducted from January 29 - March 15, 2024 for the Department of Veterans Affairs at the Tampa VA Medical Center in Tampa, FL and the Brooksville VA Clinic in Brooksville, FL by Castle Hill Associates. The details of the project are as follows:

Building Name: Tampa VA Medical Center Address: 13000 Bruce B Downs Blvd., Tampa, FL 33612 Inspector: Brett Brumbaugh - EPA Lead Risk Assessor, License # LBP-R-I216003-2

Building Name: Brooksville VA Clinic Address: 14540 Cortez Blvd., Brooksville, FL 34613 Inspector: Brett Brumbaugh - EPA Lead Risk Assessor, License # LBP-R-I216003-2

The purpose of this project was to inspect painted building surfaces to identify if any lead paint is present, then recommended corrective action for any hazards. For each identified paint hazard, a recommended corrective action is also provided. The two types of corrective action are:

(1) Abatement which is a permanent long-term solution (i.e., 20 years)

(2) Interim Control which is a short-term solution (i.e., 2 years).

For example, painting a surface with chipped lead-based paint is an interim control as paint will need to be re-applied after a few years, however, removing the component is an abatement measure as it is considered permanent. All identified lead-based paint and lead-based paint hazards should always be properly addressed by professionally certified lead workers and firms.

The presence of lead and lead-based paint in a non-residential building requires that special precautions be taken during any maintenance, construction, or demolition work to ensure that individuals involved in the work are adequately protected against excessive exposure to lead- containing dust.

Federal OSHA regulates lead exposures for the construction industry (including maintenance and demolition) under Title 29 Code of Federal Regulations, Section 1910.1025 (29 CFR 1910.1025). Compliance with this standard should be specifically required of any persons involved in lead- related maintenance, construction, or demolition activities.

In regards to exposures, no established protocols are available for estimating the airborne concentration of lead, based on the concentration of the lead in the paint and the activity that will disturb that painted surface.

Therefore, disturbance of painted building component surfaces with any lead content, not just LBP, is of concern. Consequently, proper precautions must be implemented during activities that will disturb these surfaces containing lead to control lead exposures and/or lead contamination in the building and/or environment. If painted components are not physically disturbed by an activity that would create lead dust or fume, then such an activity would not be at risk for airborne lead exposure.

All identified LBP building component surfaces should be maintained in good condition until their removal.

The buildings that were tested and the findings are as follows:

TAMPA VA MEDICAL CENTER – TAMPA, FL

Building Number Lead Paint

Present?

1 Yes

2 Yes

19 No 20 No

23 No

24 No

26 No

27 No

30 No

32 YES

36 No

37 No

38 No

39 No

40 No

41 No

42 No

52 No

53 No

54 No

55 No

56 No

68 No

69 No

T33 No

T49 No

T61 No

T62 No

T73 No

T74 No

T75 No

T76 No

T77 No

T78 No

T80 No

T81 No

T82 No

T83 No

T99 No

BROOKSVILLE VA CLINIC – BROOKSVILLE, FL

• No lead-based paint was identified in this building

1.1 LEAD-BASED PAINT & LEAD CONTAINING COMPONENTS

As a result of the XRF testing of all building components on the 2 campuses, the following components have been identified as coated with lead-based paint or a lead-containing building component:

BUILDING 1

BUILDING COMPONENT LOCATIONS

PAINT

COLOR

PAINT

CONDITION

Metal stairs, railings, and stringer Ground floor stairs to Sub-basement Brown Intact/Good

Railing at crawl space access GA-023c and SW-2 Yellow Intact/Good

Metal stairs and stair railing Ground floor Control Room Yellow Intact/Good

BUILDING 2

BUILDING COMPONENT LOCATIONS

PAINT

COLOR

PAINT

CONDITION

Metal stairs, railings, stringers, and balusters

East and West Stairwells Tan Intact/Good

BUILDING 32

BUILDING COMPONENT LOCATIONS PAINT COLOR

PAINT

CONDITION

Exterior railing on ramp Ramp/entrance to building Brown Intact/Good

PHOTOGRAPHS OF LEAD-BASED PAINT COMPONENTS

BUILDING 1

Photo B1-1 Metal stairs, railings, and stringer - Ground floor stairs to Sub-basement

Photo B1-2 Railing at crawl space access GA-023c

Photo B1-3 Railing at crawl space access SW-2

PHOTOGRAPHS OF LEAD-BASED PAINT COMPONENTS

BUILDING 1

Photo B1-4 Metal stairs and stair railing at Ground floor

Control Room

Photo B1-5 Metal stairs and stair railing at Ground floor

Control Room

Photo B1-6 Metal stairs and stair railing in Sub-Basement passage by shops

PHOTOGRAPHS OF LEAD-BASED PAINT COMPONENTS

BUILDING 2

Photo B2-1 Metal stairs, railings, stringers, and balusters in East and West

Stairwells

Photo B2-2 Metal stairs, railings, stringers, and balusters in East and West

Stairwells

Photo B2-3 Metal stairs, railings, stringers, and balusters in East and West

Stairwells

PHOTOGRAPHS OF LEAD-BASED PAINT COMPONENTS

BUILDING 32

Photo B32-1 Exterior railing

Ramp/entrance to building

1.2 LEAD-BASED PAINT HAZARDS & CONTROL OPTIONS

The following items describe the existing lead-based paint hazards identified in the Tampa VA Medical Center in Tampa, FL. They are listed in priority order i.e., what hazard should be addressed first. Each hazard also has corresponding options for corrective action known as Abatement (long term) and Interim Control (short term) solutions. The VA must select the most appropriate and affordable solutions to address each of the identified hazards. Please note that these hazards may become more severe over time and additional hazards may be created with changing conditions at the subject property. NOTE: All contractors preforming Abatement Activities are required to be certified by the State of California.

EXISTING LEAD BASED PAINT HAZARDS & CONTROL OPTIONS

BUILDING 1

BUILDING 1

BUILDING COMPONENT LOCATIONS

PAINT

COLOR

INTERIM CONTROL

OPTIONS

Metal stairs, railings, and stringer Ground floor stairs to Sub-basement

Brown Stabilization/re-paint

Railing at crawl space access GA-023c and SW-2 Yellow Stabilization/re-paint

Metal stairs and stair railing Ground floor Control Room Yellow Stabilization/re-paint

BUILDING 2

BUILDING COMPONENT LOCATIONS

PAINT

COLOR

INTERIM CONTROL

OPTIONS

Metal stairs, railings, stringers, and balusters

East and West Stairwells Tan Stabilization/re-paint

BUILDING 32

BUILDING COMPONENT LOCATIONS PAINT COLOR

INTERIM CONTROL

OPTIONS

Exterior railing on ramp Ramp/entrance to building Brown Stabilization/re-paint

1.4 PROJECT LIMITATIONS

A lead inspection requires testing of every unique painted surface. There were no building components in the building that could not be tested as part of this inspection. All mechanical rooms, stairwells, hallways, restrooms, lobbies, rooftop areas, and parking areas were inspected and tested.

There were no areas that would not allow access to their spaces.

2 SITE INFORMATION AND FIELD TESTING

Castle Hill Associates, LLC was retained by the VA to conduct an XRF Lead Inspection for lead-based paint at the Tampa VA Medical Center in Tampa, FL and the Brooksville VA Clinic in Brooksville, FL.

The purpose of the lead inspection was to determine the existence of lead-based paint and lead paint hazards at the subject property and to determine the location and type of existing or potential health hazards associated with exposures to lead. This report can help Owners to develop a plan for eliminating any lead-based paint hazards that are found and aid in establishing an ongoing lead-based paint maintenance and re-evaluation program, if needed.

2.1 ONGOING MONITORING AND RE-EVALUATION SCHEDULE

All painted components containing or assumed to contain lead-based paint require periodic re-evaluation and monitoring. A visual re-evaluation is typically performed annually by the owner. More frequently re-evaluation may be required depending on site conditions. Painted surfaces that are peeling, cracking, blistering, or causing dust friction or impact must be corrected immediately to prevent hazardous exposure from possible lead-based paint sources. All repairs must follow the lead safe work practices of OSHA for abatement of lead-based paint hazards.

2.2 MAINTENANCE AND MONITORING SCHEDULE

All surfaces encapsulated or enclosed should be re-evaluated no later than two years after completion of encapsulation or stabilization.

2.3 RECOMMENDATIONS FOR BUILDING OPERATIONS

Disturbing lead-based paint surfaces may cause new and additional lead hazards. Therefore, building operations and maintenance personnel should always follow OSHA lead regulations and the State of Florida lead abatement laws.

3 BACKGROUND AND EDUCATIONAL INFORMATION

3.1 HEALTH EFFECTS OF LEAD EXPOSURE

Lead is a soft metal, naturally occurring in the Earth’s crust. It has been determined; however, that lead has no useful purpose in the human body, and acts as a toxin. It takes the place of essential minerals such as calcium, potassium, and iron, which are vital to the construction and repair of bones, organs, and blood. Lead exposures are a major health concern, especially in young children under the age of six.

Children, due to their smaller body mass and higher metabolism, are affected by lead exposures much more severely than adults. They ingest lead through daily hand-to-mouth activities and may develop severe attention deficit disorders, irreversible brain injury, learning disabilities, and aggressive behaviors. The symptoms of lead poisoning often mimic other afflictions such as flu, colic, or general malaise. It is important to have young children’s blood tested for lead burden.

3.2 SOURCES OF LEAD POISONING

Since lead is ingested by routine daily activities such as eating, playing, and working; it is important to understand the sources of lead exposures. The most common places to find lead sources in household settings are interior and exterior paint, and contaminated dust or soil. Lead-based paint is most hazardous when it is chipping, peeling, cracking, or chalking; or applied to friction surfaces of components such as doors, windows, or floors. The abrasive action of painted surfaces rubbing together causes lead-containing paints to be ground into fine dust. Lead dust can also be created from decaying vinyl mini blinds. Lead dust then settles on furniture, play area floors, and children’s toys, where children are exposed during regular activities.

Several other sources of lead in the home include lead dust brought into the home from occupational exposures, water pipes, fixtures and soldered joints; decorative china, “leaded” crystal, fishing lures and sinkers, firearms ammunition, wine bottles and cosmetics. Some hobbies may also contribute to lead contamination within the home. Exposures to all sources of lead should be minimized or eliminated.

3.3 METHODS TO REDUCE EXPOSURE TO LEAD HAZARDS

The simplest and often most effective way to reduce lead exposures is through regular washing of hands, toys, and horizontal surfaces in the home with a liquid hand soap or dish soap and water. It is highly recommended that disposable cleaning materials be used to wash surfaces, so as not to re-contaminate them with a used mop or cloth.

Other ways of reducing lead hazards within the home include taking shoes off before entering living areas, letting water run prior to drinking or cooking, covering exposed soil with plant materials, and vacuuming with a High Efficiency Particulate Air (HEPA) filtered vacuum.

For more information regarding lead poisoning and prevention, contact your local health department or the National Lead Information Center (800-424-5323).

4 ADDITIONAL RESOURCES

For further information regarding lead-based paint hazards and poisoning prevention, consult the following resources:

4.1 PHONE CONTACTS

Hearing or speech-challenged individuals may access the federal agency numbers through TTY by calling the toll-free Federal Relay Service at (800-877-8339); see also http://www.federalrelay.us/tty

National Lead Information Center…………………………… 800-424-LEAD(5323)

U.S. Department of Housing and Urban Development…… 888-532-3547

State of Indiana – Lead & Healthy Homes Program.………. 317-234-4423

National Lead Information Center and Clearinghouse……. 800-424-LEAD (5323)

HUD Office of Healthy Homes and Lead Hazard Control… 202-402-7698

Centers of Disease Control and Prevention Lead Program 800-232-4636

Consumer Protection Agency Lead Program……………… 800-638-2772

301-595-7054 TTY

Environmental Protection Agency Lead Program…………. 202-566-0500

4.2 PUBLICATIONS

“Lead in Your Home: A Parent’s Reference Guide” U.S. Environmental Protection Agency

“Protect Your Family from Lead in Your Home” U.S. Environmental Protection Agency

“Lead Paint Safety: Guide for Painting, Home Maintenance, and Renovation Work” U.S. Department of Housing and Urban Development

4.3 WEB SITES

• HUD – Office of Healthy Homes and Lead Hazard Control o www.hud.gov/offices/lead

• U.S. Environmental Protection Agency o www.epa.gov/lead

• National Safety Council o www.nsc.org/issues/lead http://www.federalrelay.us/tty http://www.mighigan.gov/leadsafe http://www.mighigan.gov/leadsafe http://www.mighigan.gov/leadsafe

APPENDIX A - “LEAD SPEAK” A BRIEF EPA GLOSSARY

“LEAD SPEAK” – A BRIEF GLOSSARY

Lead-Based Paint: Paint or other surface coatings that contain lead equal to or exceeding 1.0 milligram per square centimeter or 0.5 percent by weight or 5,000 parts per million (ppm) by weight.

Lead-Based Paint Hazards: Any condition that causes exposure to lead from dust-lead hazards, soil-lead hazards, or lead-based paint that is deteriorated or present in chewable surfaces, friction surfaces, or impact surfaces, and that would result in adverse human health effects.

Visual Assessment: A visual inspection of interior and exterior surfaces to identify specific conditions that may be lead-based paint hazards. A visual inspection does not identify lead-based paint. The assessment may be performed by a person trained in visual assessment. Training for visual assessment is available on HUD’s website at www.hud.gov/offices/lead.

LEAD HAZARD EVALUATION

Paint Testing: Testing of specific surfaces, by XRF (x-ray fluorescence) or lab analysis, to determine the lead content of these surfaces, performed by a certified lead-based paint inspector or certified risk assessor.

Lead-Based Paint Inspection: A surface-by-surface investigation to determine the presence of lead-based paint and the provision of a report explaining the results of the investigation. It is performed by a certified paint inspector or risk assessor.

Risk Assessment: A comprehensive evaluation for lead-based paint hazards that includes paint testing, dust and soil sampling, and a visual evaluation. The risk assessment report identifies lead hazards and appropriate lead hazard reduction methods. A certified risk assessor must conduct the assessment.

Lead Hazard Screen: A limited risk assessment activity that can be performed instead of a risk assessment in units that meet certain criteria (e.g., good condition). The screen must be performed by a certified risk assessor. If the unit fails the lead hazard screen, a full risk assessment must be performed.

Clearance Examination: Clearance is performed after hazard reduction, rehabilitation or maintenance activities to determine if a unit is safe for occupancy. It involves a visual assessment, analysis of dust samples, and preparation of report. The certified risk assessor, paint inspector, or lead sampling technician (called a clearance technician in the HUD regulation) performing clearance must be independent from the entity/individual conducting paint stabilization or hazard reduction.

http://www.hud.gov/offices/lead

LEAD HAZARD REDUCTION

Paint Stabilization: An interim control method that stabilizes painted surfaces and addressed the underlying cause of deterioration. Steps include repairing defective surfaces, removing loose paint and applying new paint.

Interim Controls: Set of measures to temporarily control lead-based paint hazards.

Interim control methods must be completed by qualified workers using safe work practices. Follow-up monitoring is needed.

Standard Treatments: A complete set of interim control methods that when used together temporarily control all potential lead hazards in a unit. Because they address all conditions, a risk assessment or other evaluation is not needed. Standard treatments must be completed by qualified workers using safe work practices. As with interim controls, follow-up monitoring is needed.

Abatement: Measures to permanently control (i.e., 20 years or more) lead-based paint or lead-based paint hazards. EPA regulations exclude from the definition of abatement “renovation, remodeling, landscaping or other activities, when such activities are not designed to permanently eliminate lead-based paint hazards, but instead are designed to repair, restore, or remodel a given structure or dwelling, even though these activities may incidentally result in a reduction or elimination of lead-based paint hazards.” [40 CFR 745.223]

KEY UNITS OF MEASUREMENT

µg (Microgram): A microgram is 1/1000th of a milligram (or one millionth of a gram). To put this unit into perspective, a penny weighs 2 grams. To get a microgram, you would need to divide the penny into 2 million pieces. A microgram is one of those two million pieces.

ft² (Square foot): One square foot is equal to an area that has a length of one foot (12 inches) and a width of one foot (12 inches).

µg/dL: Micrograms per deciliter used to measure the level of lead in children’s blood to establish whether intervention is needed. A deciliter (1/10th of liter) is a little less than half a cup. As noted above, a microgram is the same weight as one penny divided into two million parts.

µg/gram: Micrograms per gram of sample, equivalent to parts per million (ppm) by weight. Used to measure lead in soil.

µg/ft²: Micrograms per square feet is the measurement used to measure levels of lead in dust samples. The clearance report should have the dust sampling results listed in µg/ft² (micrograms per square foot). mg/cm2: Milligrams per square centimeter. Used to measure lead in paint.

percent: Percent by weight, used usually for lead-based paint (1 percent = 10,000 µg/gram) ppm: Parts per million by weight, equivalent to µg/gram (10,000 ppm =

1 percent). Used to measure lead in paint and soil.

LEAD-BASED PAINT STANDARDS

Paint – Definition of Lead-Based Paint

Paint or other surface coatings that contain at least:

1 milligram per centimeters square (mg/cm2) of lead;

0.5 percent lead; or 5,000 parts per million lead by dry weight.

*In 1978 the Consumer Product Safety Commission banned the residential use of lead-based paint that contained greater than or equal to 0.06 percent or 600 ppm of lead.

Dust – Federal Thresholds for Lead-Contamination (Risk Assessment/Clearance)

Floors 10 µg/ft²

Interior window sills 100 µg/ft²

Window troughs (Clearance only) 100 µg/ft²

Soil – Federal Thresholds for Bare Soil Contamination

Play areas used by children under age 6 400 µg/gram

Other areas, if more than 9ft² in total

Area of bare soil per property 2,000 µg/gram

Abatement required by HUD 5,000 µg/gram

APPENDIX B

LEAD XRF TESTING DATA

LEAD PAINT XRF TESTING DATA

Project: Tampa VA Medical Center & Brooksville VA Clinic

Dates: January 29-31 and March 15, 2024

Inspector: Brett Brumbaugh

XRF Mfg.: Viken Detection Pb200i - SN 2757

Reading # Bldg. # Floor Building Area/Room Component Paint Color Substrate Pb Conc.

mg/cm 2 Result

1 1 7N 7A-735A Door frame Brown Metal 0.0 Negative

2 1 7N 7A-735A Wall Tan Drywall 0.1 Negative

3 1 7N Hallway Passage door Brown Metal 0.1 Negative

4 1 7N Hallway Passage door frame Brown Metal 0.3 Negative

5 1 7N 7A-738 Locker frame Tan Metal 0.0 Negative

6 1 7N 7A-738 Locker door Tan Metal 0.0 Negative

7 1 7N 7A-747 Door frame Brown Metal 0.0 Negative

8 1 7N 7A-747 Door Brown Metal 0.0 Negative

9 1 7N Stairwell 1 Door frame Tan Metal 0.0 Negative

10 1 7N Stairwell 1 Door Tan Metal 0.1 Negative

11 1 7N Stairwell 1 Railing Brown Metal 0.0 Negative

12 1 7N Stairwell 1 Stair stringer Brown Metal 0.1 Negative

13 1 7N Stairwell 1 Tread Brown Metal 0.0 Negative

14 1 7N Stairwell 1 Fire sprinkler riser Red Metal 0.1 Negative

15 1 7N Hall at 7A-745 Wall Gray Drywall 0.0 Negative

16 1 7N 7A-765 Wall Orange Drywall 0.0 Negative

17 1 7N 7 Elevator Lobby Wall Tan Plaster 0.1 Negative

18 1 7N 7 Elevator Lobby Wall Orange Plaster 0.1 Negative

19 1 7W Hall by 7B-702 Door Brown Metal 0.0 Negative

20 1 7W Hall by 7B-702 Door frame Brown Metal 0.1 Negative

21 1 7W Hall by 7B-702 Wall Gray Drywall 0.0 Negative

22 1 7W 7B-707 Door frame Black Metal 0.0 Negative

23 1 7W 7B-709A Door Black Metal 0.0 Negative

24 1 7W Stairwell 3 Railing Brown Metal 0.0 Negative

25 1 7W Stairwell 3 Wall Tan Block 0.0 Negative

26 1 7W Stairwell 3 Door Brown Metal 0.1 Negative

27 1 7W Stairwell 3 Door frame Brown Metal 0.1 Negative

28 1 7W Elevator 11 Door Brown Metal 0.0 Negative

29 1 7S Hall by 7A-222D Wall Blue Plaster 0.0 Negative

30 1 7S Hall by 7A-719 Wall Green Plaster 0.0 Negative

31 1 7W Hall by 7A-719 Passage door frame Tan Metal 0.1 Negative

32 1 6 Elevator lobby Wall Blue Plaster 0.0 Negative

33 1 6 6B-624 Door frame Brown Metal 0.0 Negative

34 1 6 6B-624 Door Brown Metal 0.1 Negative

35 1 6 6B-624 Wall Tan Drywall 0.0 Negative

36 1 6 6B-621 Door Brown Metal 0.0 Negative

37 1 6 CCU - 6B-6160 Wall Tan Drywall 0.1 Negative

38 1 6 CCU - 6B-6160 Passage door Tan Metal 0.1 Negative

39 1 6 CCU - 6B-6160 Passage door frame Tan Metal 0.0 Negative

40 1 6 Elevator lobby Wall Blue Plaster 0.1 Negative

41 1 6 Elevator 4 Door Brown Metal 0.2 Negative

42 1 6 6B-609 Door frame Brown Metal 0.0 Negative

43 1 6 6B-609 Door Brown Metal 0.1 Negative

44 1 6 6B-609 Wall Tan Drywall 0.0 Negative

45 1 6 6B-615 Wall Pink Drywall 0.1 Negative

Dates: January 29-31 and March 15, 2024

Inspector: Brett Brumbaugh

XRF Mfg.: Viken Detection Pb200i - SN 2757

Reading # Bldg. # Floor Building Area/Room Component Paint Color Substrate Pb Conc.

mg/cm 2 Result

46 1 6 6A-631 Wall White Drywall 0.2 Negative

47 1 6 6A-629 Door frame Gray Metal 0.5 Negative

48 1 6 6A-629 Locker door Tan Metal 0.1 Negative

49 1 6 6A-629 Locker door frame Tan Metal 0.1 Negative

50 1 6 Hall by 6A-629 Breaker box door Tan Metal 0.3 Negative

51 1 6 6A-620 Valve access door White Metal 0.0 Negative

52 1 5 Elevator Lobby Wall Green Plaster 0.1 Negative

53 1 5 5A-546 Door frame White Metal 0.0 Negative

54 1 5 5A-546 Door White Metal 0.0 Negative

55 1 5 5A-546 Wall Tan Drywall 0.0 Negative

56 1 5 5B-537 Wall Tan Drywall 0.1 Negative

57 1 5 5B-537 Door frame White Metal 0.1 Negative

58 1 5 5B-533 Door White Metal 0.1 Negative

59 1 5 Elevator 11 Door White Metal 0.1 Negative

60 1 4 Hall by 4B-425` Wall Blue Plaster 0.2 Negative

61 1 4 4B-425 Door Brown Metal 0.0 Negative

62 1 4 4B-425 Door frame Brown Metal 0.7 Negative

63 1 4 4A-438 Door frame Brown Metal 0.4 Negative

64 1 4 Hall by 4B-424 Wall White Plaster 0.2 Negative

65 1 4 4B-428 Door frame Brown Metal 0.1 Negative

66 1 4 4B-428 Door Brown Metal 0.0 Negative

67 1 4 4B-418 Door frame Gray Metal 0.0 Negative

68 1 4 4B-425 Hall Access hatch White Metal 0.1 Negative

69 1 4 4N Access doors Door Brown Metal 0.1 Negative

70 1 4 4A-443 Door frame Brown Metal 0.0 Negative

71 1 4 Stairwell 1 Door frame Brown Metal 0.4 Negative

72 1 4 4A-451 Bath ceramic tile Green Ceramic 0.2 Negative

73 1 4 Entry door Door frame Gray Metal 0.9 Negative

74 1 4 Entry door Door Gray Metal 0.0 Negative

75 1 4 4A-432 Door frame Gray Metal 0.0 Negative

76 1 4 4A-429 Door frame Gray Metal 0.1 Negative

77 1 4 Stairwell 2 Door frame Gray Metal 0.2 Negative

78 1 4 4A-421a Wall tile Tan Ceramic 0.2 Negative

79 1 4 4N Access doors Door frame Brown Metal 0.1 Negative

80 1 3 Elevator lobby Wall Green Plaster 0.1 Negative

81 1 3 3S passage doors Door frame Brown Metal 0.0 Negative

82 1 3 3S passage doors Door Brown Metal 0.0 Negative

83 1 3 3S hallway Door frame Brown Metal 0.0 Negative

84 1 3 3S hallway Wall Tan Plaster 0.0 Negative

85 1 3 3B-302 Door frame Brown Metal 0.0 Negative

86 1 3 3W entry doors Door frame Brown Metal 0.0 Negative

87 1 3 3B-312 Door frame Brown Metal 0.0 Negative

88 1 3 3B-312 Door Brown Metal 0.0 Negative

89 1 3 3B-313 Door frame Brown Metal 0.4 Negative

90 1 3 3B-312B Door frame Brown Metal 0.4 Negative

Dates: January 29-31 and March 15, 2024

Inspector: Brett Brumbaugh

XRF Mfg.: Viken Detection Pb200i - SN 2757

Reading # Bldg. # Floor Building Area/Room Component Paint Color Substrate Pb Conc.

mg/cm 2 Result

91 1 3 3B-301 Door frame Brown Metal 0.8 Negative

92 1 3 3A-337 Door frame Brown Metal 0.7 Negative

93 1 3 3A-338 Door frame Brown Metal 0.8 Negative

94 1 3 3A-340A Door frame Brown Metal 0.0 Negative

95 1 3 Hall by Elev. 3 Wall Tan Plaster 0.1 Negative

96 1 3 3N entry doors Door frame Brown Metal 0.1 Negative

97 1 3 3A-340A Door frame Brown Metal 0.7 Negative

98 1 3 SW1 Door frame Brown Metal 0.5 Negative

99 1 2 Elevator lobby Wall Yellow Plaster 0.0 Negative

100 1 2 Elevator Lobby Wall White Plaster 0.0 Negative

101 1 2 Hall by elev. Lobby Door frame Brown Metal 0.3 Negative

102 1 2 Hall by elev. Lobby Door Brown Metal 0.5 Negative

103 1 2 2D-217 Door frame Brown Metal 0.1 Negative

104 1 2 2D-227 Door frame Brown Metal 0.0 Negative

105 1 2 Elevator lobby Door frame Brown Metal 0.6 Negative

106 1 2 2D-204 Door frame Brown Metal 0.0 Negative

107 1 2 2D-205 passage doors Door frame Brown Metal 0.0 Negative

108 1 2 2C-204 passage doors Door frame Brown Metal 0.2 Negative

109 1 2 SW9 Railing Tan Metal 0.0 Negative

110 1 2 SW9 Stair stringer Tan Metal 0.1 Negative

111 1 2 SW9 Stair riser Tan Metal 0.0 Negative

112 1 2 SW9 Wall White Plaster 0.0 Negative

113 1 2 SW9 Roof access door Brown Metal 0.0 Negative

114 1 2 2B-205 Door frame Brown Metal 0.2 Negative

115 1 2 2B-222b Door frame Brown Metal 0.3 Negative

116 1 2 2C-204 Door frame Brown Metal 0.8 Negative

117 1 2 2C-205 Door frame Brown Metal 0.0 Negative

118 1 2 Hall by 2C-205 Wall White Plaster 0.1 Negative

119 1 2 2CN Passage door frame Brown Metal 0.1 Negative

120 1 2 2C-273 Door frame Brown Metal 0.1 Negative

121 1 2 2C-256 Door frame Brown Metal 0.2 Negative

122 1 2 2C-267 Ceramic wall tile Yellow Ceramic 0.1 Negative

123 1 2 2C-244B Door frame Brown Metal 0.2 Negative

124 1 2 2C-245 Door frame Brown Metal 0.4 Negative

125 1 2 2A-203 Door frame Brown Metal 0.3 Negative

126 1 2 2A-210 Ceramic wall tile Black Ceramic 0.2 Negative

127 1 2 2A-210 Door frame Brown Metal 0.0 Negative

128 1 2 AC-2-2 Door frame Brown Metal 0.0 Negative

129 1 2 AC-2-2 Door Brown Metal 0.0 Negative

130 1 2 2A-215 Door frame Brown Metal 0.3 Negative

131 1 2 SW-2 Door Brown Metal 0.0 Negative

132 1 2 SW-2 Door frame Brown Metal 0.0 Negative

133 1 2 2A-216 Passage Door frame Brown Metal 0.0 Negative

134 1 2 2A-216 Door frame Brown Metal 0.0 Negative

135 1 2 2A-214 Door frame Brown Metal 0.0 Negative

Dates: January 29-31 and March 15, 2024

Inspector: Brett Brumbaugh

XRF Mfg.: Viken Detection Pb200i - SN 2757

Reading # Bldg. # Floor Building Area/Room Component Paint Color Substrate Pb Conc.

mg/cm 2 Result

136 1 2 2A-219 Chapel Door frame Brown Metal 0.0 Negative

137 1 1 Elevator lobby Wall Blue Plaster 0.0 Negative

138 1 1 Main lobby Wall White Drywall 0.0 Negative

139 1 1 Hall by 1D-134 Door frame Brown Metal 0.0 Negative

140 1 1 Hall by 1D-134 Door Brown Metal 0.0 Negative

141 1 1 Hall by 1D-134 Wall Tan Plaster 0.2 Negative

142 1 1 Hall by 1D-134 Wall White Drywall 0.0 Negative

143 1 1 1D-105 Door frame Brown Metal 0.8 Negative

144 1 1 SW-1 Door frame Brown Metal 0.6 Negative

145 1 1 Hall by 1D-153 Door frame Brown Metal 0.0 Negative

146 1 1 Hall by 1D-153 Wall Tan Plaster 0.0 Negative

147 1 1 1D-151 Door frame Brown Metal 0.0 Negative

148 1 1 1D-151 Wall Tan Drywall 0.0 Negative

149 1 1 1D-125 Door frame Brown Metal 0.1 Negative

150 1 1 Hall by 1D-125 Wal Tan Drywall 0.2 Negative

151 1 1 1C-158 Passage Door frame Brown Metal 0.1 Negative

152 1 1 1C-107D passage Door frame Black Metal 0.0 Negative

153 1 1 1C-107D hall Door frame Black Metal 0.0 Negative

154 1 1 1C-107D hall Wall Tan Drywall 0.0 Negative

155 1 1 SW-20 Door frame Brown Metal 0.0 Negative

156 1 1 SW-20 Railing Brown Metal 0.0 Negative

157 1 1 SW-20 Wall Tan Plaster 0.1 Negative

158 1 1 1B-104 Passage Door frame Brown Metal 0.2 Negative

159 1 1 1B-104 Door frame Brown Metal 0.1 Negative

160 1 1 1B-107 Door frame Brown Metal 0.1 Negative

161 1 1 1B-111 Passage Door frame Brown Metal 0.3 Negative

162 1 1 Hall by 1B-111 Wall Tan Drywall 0.0 Negative

163 1 1 1B-114 Door frame Brown Metal 0.8 Negative

164 1 1 1B-115 Door frame Brown Metal 0.0 Negative

165 1 1 SW-4 Door frame Brown Metal 0.3 Negative

166 1 1 1A-173 passage Door frame Brown Metal 0.3 Negative

167 1 1 1A-174 Door frame Brown Metal 0.2 Negative

168 1 1 1A-181 Wall White Drywall 0.0 Negative

169 1 B Elevator lobby Wall White Plaster 0.2 Negative

170 1 B GD-00B0 Door frame Brown Metal 0.4 Negative

171 1 B GD-00B0 Door Brown Metal 0.0 Negative

172 1 B GD-007 Ceramic wall tile Yellow Ceramic 0.4 Negative

173 1 B GD-006 Door frame Brown Metal 0.5 Negative

174 1 B GD-005 Door frame Brown Metal 0.0 Negative

175 1 B Passage by GD-005 Door frame Brown Metal 0.6 Negative

176 1 B SW-3 Door Brown Metal 0.0 Negative

177 1 B SW-3 Railing Purple Metal 0.0 Negative

178 1 B Hall by GC-006 Wall Gray Plaster 0.0 Negative

179 1 B GC-005 Door frame Brown Metal 0.0 Negative

180 1 B GC-007A Door frame Brown Metal 0.4 Negative

Dates: January 29-31 and March 15, 2024

Inspector: Brett Brumbaugh

XRF Mfg.: Viken Detection Pb200i - SN 2757

Reading # Bldg. # Floor Building Area/Room Component Paint Color Substrate Pb Conc.

mg/cm 2 Result

181 1 B GC-004G Door frame Brown Metal 0.8 Negative

182 1 B Loading dock Bollard Yellow Metal 0.1 Negative

183 1 B GC-003 Window frame Brown Metal 0.0 Negative

184 1 B GC-007 Door frame Brown Metal 0.3 Negative

185 1 B GB-010 Door frame Brown Metal 0.0 Negative

186 1 B GB-011 Door frame Brown Metal 0.0 Negative

187 1 B GA-006 Door frame Brown Metal 0.2 Negative

188 1 B GA-016B Door frame Brown Metal 0.1 Negative

189 1 B SW-2 Door frame Brown Metal 0.0 Negative

190 1 B SW-2 Door Brown Metal 0.0 Negative

191 1 B GA-021 Door frame Brown Metal 0.7 Negative

192 1 B Hall by GA-016 Ceramic wall tile Tan Ceramic 0.1 Negative

193 1 B Hall by GA-016 Door frame Brown Metal 0.0 Negative

194 1 B Passage byGA-023 Door frame Brown Metal 0.6 Negative

195 1 B GE-021 Door frame Brown Metal 0.0 Negative

196 1 B Hall by GE-010B Door frame Brown Metal 0.1 Negative

197 1 B Hall by GE-010B Wall Tan Plaster 0.0 Negative

198 1 B Hall by GD-038 Wall White Concrete 0.2 Negative

199 1 B Hall by GD-014 Passage door frame Brown Metal 0.4 Negative

200 1 B GD-007U Door frame Brown Metal 0.1 Negative

201 1 B GD-026 Door frame Brown Metal 0.0 Negative

202 1 B Hall by GD-044 Wall Tan Drywall 0.0 Negative

203 1 G GD-036 Railing Tan Metal 0.0 Negative

204 1 G GD-036 Wall White Block 0.0 Negative

205 1 G GD-036 Door frame Tan Metal 0.0 Negative

206 1 G GD-036 Column Red Metal 0.1 Negative

207 1 G GD-036 Stairs Floor Gray Concrete 0.0 Negative

208 1 G F-19 Fire door Door Gray 0.1 Negative

209 1 G F-19 Door frame Gray Metal 0.0 Negative

210 1 G F-19 Door Gray Metal 0.0 Negative

211 1 G F-19 Threshold Yellow Metal 0.8 Negative

212 1 G Stairs to mezzanine Railing Gray Metal 4.9 POSITIVE

213 1 G Stairs to mezzanine Stair stringer Gray Metal 11.7 POSITIVE

214 1 G Stairs to sub-basement Railing Yellow Metal 10.6 POSITIVE

215 1 G SW1 Railing Gray Metal 0.0 Negative

216 1 G Crawl space Curb Yellow Concrete 0.0 Negative

217 1 G SW3 Crawl @ M-11 Fire line Red Metal 0.2 Negative

218 1 G SW3 Crawl @ M-11 Railing Red Metal 0.3 Negative

219 1 G GB-011 Railing Gray Metal 0.0 Negative

220 1 G BB-5 Stair tread Yellow Metal 0.9 Negative

221 1 G BB-5 Floor stripe Yellow Concrete 0.0 Negative

222 1 G GA-023c Railing to crawl space Yellow Metal 7.6 POSITIVE

223 1 G GA-023c Door frame Tan Metal 0.5 Negative

224 1 G GA-023c Door Tan Metal 0.4 Negative

225 1 G Control room Stairs Yellow Metal 6.4 POSITIVE

Dates: January 29-31 and March 15, 2024

Inspector: Brett Brumbaugh

XRF Mfg.: Viken Detection Pb200i - SN 2757

Reading # Bldg. # Floor Building Area/Room Component Paint Color Substrate Pb Conc.

mg/cm 2 Result

226 1 G Control room Stair railing Yellow Metal 17.9 POSITIVE

227 1 G SW-2 Stairs to crawl space Gray Metal 2.7 POSITIVE

228 1 G GE-001 Door Gray Metal 0.0 Negative

229 1 G GE-001 Door frame Gray Metal 0.0 Negative

230 1 G GF-001 Railing Brown Metal 0.0 Negative

231 1 G SW-9 Railing Brown Metal 0.0 Negative

232 1 3 3B-313 Mech. 3W Floor curb Yellow Concrete 0.2 Negative

233 1 2 2A-209 Door frame Gray Metal 0.0 Negative

234 1 2 2A-209 Door Gray Metal 0.0 Negative

235 1 2 2A-209 Ceramic wall tile Tan Ceramic 0.1 Negative

236 1 2 2A-209 Wall White Block 0.2 Negative

237 1 2 2A-209 Window frame Black Metal 0.4 Negative

238 1 2 2D-204 Wall Tan Drywall 0.0 Negative

239 2 1 East Stairwell Railing Tan Metal 4.5 POSITIVE

240 2 1 East Stairwell Stair stringer Tan Metal 2.5 POSITIVE

241 2 1 East Stairwell Stair balluster Tan Metal 7.0 POSITIVE

242 2 2 West Stairwell Railing Tan Metal 4.8 POSITIVE

243 2 2 West Stairwell Stair stringer Tan Metal 2.7 POSITIVE

244 2 2 West Stairwell Stair balluster Tan Metal 7.7 POSITIVE

245 2 3 Penthouse Wall White Block 0.0 Negative

246 2 3 Penthouse Column White Concrete 0.2 Negative

247 2 3 Penthouse Floor Gray Concrete 0.1 Negative

248 2 3 Penthouse Door frame Gray Metal 0.5 Negative

249 2 3 Penthouse Door Gray Metal 0.4 Negative

250 2 1 East Stairwell Door frame Gray Metal 0.4 Negative

251 2 1 East Stairwell Door Gray Metal 0.3 Negative

252 2 2 West Stairwell Door frame Gray Metal 0.2 Negative

253 2 2 West Stairwell Door Gray Metal 0.4 Negative

254 2 2 W. custodial room Door frame Tan Metal 0.6 Negative

255 2 2 W. custodial room Door Tan Metal 0.4 Negative

256 2 2 E. mech room Door frame Tan Metal 0.6 Negative

257 2 2 E. stairwell Door frame Tan Metal 0.5 Negative

258 2 2 E. stairwell Door Tan Metal 0.4 Negative

259 2 1 Loading dock Entry door Gray Metal 0.2 Negative

260 2 1 Loading dock Entry door frame Gray Metal 0.4 Negative

261 19 1 Ext. wall Wall Yellow Stucco 0.2 Negative

262 19 1 Metal support Support steel Yellow Metal 0.0 Negative

263 19 1 Ext. railing Railing Brown Metal 7.4 POSITIVE

264 19 1 Entry door Door frame Brown Metal 0.0 Negative

265 19 1 Entry door Door Brown Metal 0.0 Negative

266 19 1 Sidewalk Exp. Joint Yellow Metal 0.9 Negative

267 19 1 Entry door Door frame White Metal 0.0 Negative

268 19 1 Entry door Door White Metal 0.0 Negative

269 20 1 Water tower support Support steel White Metal 0.0 Negative

270 20 1 Water tower support Tank feed White Metal 0.0 Negative

Dates: January 29-31 and March 15, 2024

Inspector: Brett Brumbaugh

XRF Mfg.: Viken Detection Pb200i - SN 2757

Reading # Bldg. # Floor Building Area/Room Component Paint Color Substrate Pb Conc.

mg/cm 2 Result

271 20 1 Water tower base Base White Metal 0.0 Negative

272 23 1 Ext. wall Wall Tan Block 0.0 Negative

273 23 1 Entry door Door frame Tan Metal 0.0 Negative

274 23 1 Entry door Door Tan Metal 0.0 Negative

275 24 1 Ext. siding Siding Tan Metal 0.0 Negative

276 24 1 Entry door Door frame Tan Metal 0.0 Negative

277 24 1 Storage enclosure Block wall Tan Block 0.1 Negative

278 24 1 Storage enclosure Int. block wall Tan Block 0.0 Negative

279 24 1 Wash station Block wall Tan Block 0.3 Negative

280 24 1 Wash station Bollard Yellow Metal 0.1 Negative

281 24 1 Interior Steel column Blue Metal 0.0 Negative

282 24 1 Interior Steel beam Blue Metal 0.0 Negative

283 24 1 Interior Door frame Tan Metal 0.0 Negative

284 24 1 Entry door Door frame Tan Metal 0.0 Negative

285 24 1 Entry door Door Tan Metal 0.0 Negative

286 27 1 Ext. wall Stucco Red Stucco 0.1 Negative

287 27 1 Entry door Door frame Brown Metal 0.0 Negative

288 27 1 Entry door Door Brown Metal 0.0 Negative

289 30 1 S. entry Wall Brown Brick 0.2 Negative

290 30 1 S. entry Railing Brown Metal 0.0 Negative

291 30 1 Lobby by 1-107 Wall Tan Drywall 0.0 Negative

292 30 1 1-110 Door frame Brown Metal 0.0 Negative

293 30 1 1-110 Wall White Drywall 0.0 Negative

294 30 1 1-112 Door Brown Metal 0.0 Negative

295 30 1 1-112 Door frame Brown Metal 0.0 Negative

296 30 1 Elevator lobby Wall Green Drywall 0.0 Negative

297 30 2 Elevator lobby Wall Green Drywall 0.0 Negative

298 30 2 2-270 Door frame Brown Metal 0.0 Negative

299 30 2 2-270 Door Brown Metal 0.0 Negative

300 30 2 2-272 Door frame Brown Metal 0.4 Negative

301 30 2 2-272 Door Brown Metal 0.0 Negative

302 30 2 2-216 Door frame Brown Metal 0.4 Negative

303 30 2 2-216 Door Brown Metal 0.0 Negative

304 30 2 2-237 Door frame Brown Metal 0.4 Negative

305 30 2 2-237 Door Brown Metal 0.0 Negative

306 30 2 2-237 Wall White Drywall 0.0 Negative

307 30 2 SW3 Railing Blue Metal 0.3 Negative

308 30 2 SW3 Stair riser Blue Metal 0.4 Negative

309 30 2 SW3 Stair stringer Blue Metal 0.3 Negative

310 30 3 Elevator lobby Wall Green Drywall 0.0 Negative

311 30 3 3-370 Door Brown Metal 0.0 Negative

312 30 3 3-370 Door frame Brown Metal 0.4 Negative

313 30 3 3-316 Door Brown Metal 0.0 Negative

314 30 3 3-316 Door frame Brown Metal 0.4 Negative

315 30 3 3-308 Door Brown Metal 0.0 Negative

Dates: January 29-31 and March 15, 2024

Inspector: Brett Brumbaugh

XRF Mfg.: Viken Detection Pb200i - SN 2757

Reading # Bldg. # Floor Building Area/Room Component Paint Color Substrate Pb Conc.

mg/cm 2 Result

316 30 3 3-308 Door frame Brown Metal 0.0 Negative

317 30 2 3-313 Door frame Brown Metal 0.0 Negative

318 30 1 3-313 Door frame Brown Metal 0.0 Negative

319 30 G N. Exit door Door frame Brown Metal 0.0 Negative

320 30 G N. Exit door Door frame Brown Metal 0.0 Negative

321 30 G 30-009 Door frame Brown Metal 0.0 Negative

322 30 G G-092 Door Brown Metal 0.0 Negative

323 30 G G-005 Wall White Concrete 0.0 Negative

324 30 G Entry Walkway Green Concrete 0.0 Negative

325 30 G Entry Bollard Yellow Metal 0.3 Negative

326 32 1 S. ramp Railing Brown Metal 1.2 POSITIVE

327 36 1 N. entry Railing Yellow Metal 0.1 Negative

328 36 1 Hall by 114A-36 Railing Brown Metal 0.0 Negative

329 36 1 110-36 Door frame Brown Metal 0.0 Negative

330 36 1 109-36 Ceramic wall tile Green Ceramic 0.2 Negative

331 36 1 114-36 Wall Blue Drywall 0.0 Negative

332 36 1 114-36 Door frame White Metal 0.0 Negative

333 36 1 Exterior Wall Brown Metal 0.1 Negative

334 37 1 Ext. wall Stucco Red Stucco 0.1 Negative

335 37 1 Entry door Door frame Brown Metal 0.0 Negative

336 37 1 Entry door Door Brown Metal 0.0 Negative

337 38 1 Elevator lobby Door frame White Metal 0.0 Negative

338 38 1 G017-38 Door frame Brown Metal 0.0 Negative

339 38 1 Hall at G017-38 Door frame Brown Metal 0.0 Negative

340 38 1 C055-38 Door frame Brown Metal 0.0 Negative

341 38 1 Passage at C053-38 Door frame Brown Metal 0.0 Negative

342 38 1 C049-38 Door frame Brown Metal 0.0 Negative

343 38 1 F002-38 Door frame Brown Metal 0.0 Negative

344 38 1 Hall at F002-38 Wall Tan Drywall 0.0 Negative

345 38 1 E003-38 Door frame Brown Metal 0.0 Negative

346 38 1 E003-38 Wall Tan Drywall 0.0 Negative

347 38 1 E028-38 Door frame Brown Metal 0.0 Negative

348 38 1 E015-38 Door frame Brown Metal 0.0 Negative

349 38 1 Hallway by E015-38 Closet door Tan Metal 0.0 Negative

350 38 1 Hallway by E015-38 Wall Tan Drywall 0.0 Negative

351 38 1 D006-38 Door frame Tan Metal 0.0 Negative

352 38 1 D006-38 Wall Tan Drywall 0.0 Negative

353 38 1 D022-38 Door frame Tan Metal 0.0 Negative

354 38 1 D022-38 Wall Tan Drywall 0.0 Negative

355 38 1 B008-38 Door frame Tan Metal 0.0 Negative

356 38 1 B008-38 Wall Tan Drywall 0.0 Negative

357 38 1 A030-38 Door frame Tan Metal 0.0 Negative

358 38 1 A030-38 Wall Tan Drywall 0.0 Negative

359 38 1 A033 Door frame Tan Metal 0.0 Negative

360 38 1 A033 Wall Tan Drywall 0.0 Negative

Dates: January 29-31 and March 15, 2024

Inspector: Brett Brumbaugh

XRF Mfg.: Viken Detection Pb200i - SN 2757

Reading # Bldg. # Floor Building Area/Room Component Paint Color Substrate Pb Conc.

mg/cm 2 Result

361 38 1 A048 Door frame Tan Metal 0.0 Negative

362 38 1 A048 Wall Tan Drywall 0.0 Negative

363 38 1 A001 Door frame Tan Metal 0.0 Negative

364 38 1 A001 Wall Tan Drywall 0.0 Negative

365 38 1 D052-38 Ceiling White Drywall 0.0 Negative

366 38 1 D052-38 Wall Tan Drywall 0.0 Negative

367 38 2 G255-38 Door frame White Metal 0.0 Negative

368 38 2 G255-38 Wall Yellow Drywall 0.0 Negative

369 38 2 C274-38 Door frame White Metal 0.0 Negative

370 38 2 C274-38 Wall Yellow Drywall 0.0 Negative

371 38 2 B257-38 Door frame White Metal 0.0 Negative

372 38 2 B257-38 Wall Yellow Drywall 0.0 Negative

373 38 2 A255-38 Door frame White Metal 0.0 Negative

374 38 2 A255-38 Wall Yellow Drywall 0.0 Negative

375 38 2 A229-38 Door frame White Metal 0.0 Negative

376 38 2 A229-38 Wall Yellow Drywall 0.0 Negative

377 38 3 G352-38 Door frame White Metal 0.0 Negative

378 38 3 G352-38 Wall Green Drywall 0.0 Negative

379 38 3 A327-38 Door frame White Metal 0.0 Negative

380 38 3 A327-38 Wall Green Drywall 0.0 Negative

381 38 3 A335-38 Door frame White Metal 0.0 Negative

382 38 3 A335-38 Wall Green Drywall 0.0 Negative

383 38 3 C333-38 Door frame White Metal 0.0 Negative

384 38 3 C333-38 Wall Green Drywall 0.0 Negative

385 38 3 C313-38 Door frame White Metal 0.0 Negative

386 38 3 C313-38 Wall Green Drywall 0.0 Negative

387 38 B Garage Bollard Yellow Metal 0.1 Negative

388 38 B B022-38 Door frame White Metal 0.0 Negative

389 38 B Elevator lobby Fire riser Red Metal 0.1 Negative

390 39 1 Exterior Bollard Yellow Metal 0.2 Negative

391 39 1 Exterior Wall Tan Metal 0.0 Negative

392 39 1 Exit door Door frame Red Metal 0.0 Negative

393 39 1 Exit door Door Tan Metal 0.0 Negative

394 39 1 N. entry Door frame Red Metal 0.0 Negative

395 39 1 N. entry Door Red Metal 0.0 Negative

396 39 1 Exterior Wall White Block 0.0 Negative

397 39 1 A07-39 Door Tan Metal 0.0 Negative

398 39 1 A07-39 Door frame Tan Metal 0.0 Negative

399 39 1 Mech. room CW line Green Metal 0.0 Negative

400 39 1 Mech. room Floor curb Yellow Concrete 0.3 Negative

401 39 1 Mech. room Floor curb Yellow Concrete 0.2 Negative

402 39 1 Mech. room Chiller Gray Metal 0.3 Negative

403 39 1 Mech. room Chiller Gray Metal 0.2 Negative

404 39 1 Mech. room Column White Concrete 0.0 Negative

405 39 1 Mech. room Beam Black Metal 0.7 Negative

Dates: January 29-31 and March 15, 2024

Inspector: Brett Brumbaugh

XRF Mfg.: Viken Detection Pb200i - SN 2757

Reading # Bldg. # Floor Building Area/Room Component Paint Color Substrate Pb Conc.

mg/cm 2 Result

406 39 1 Mech. room Support steel White Metal 0.1 Negative

407 39 1 Mech. room Motor support Red Metal 0.1 Negative

408 39 1 Exterior Stair railing Yellow Metal 0.1 Negative

409 41 1 Ext. stucco Wall Tan Stucco 0.0 Negative

410 41 1 Lobby Door frame Tam Metal 0.0 Negative

411 41 1 Lobby Wall White Drywall 0.0 Negative

412 41 1 41-106 Door frame Brown Metal 0.2 Negative

413 41 1 41-106 Wall White Drywall 0.0 Negative

414 41 1 41-138 Door frame Brown Metal 0.0 Negative

415 41 2 41-226 Wall Tan Drywall 0.0 Negative

416 41 2 41-226 Door frame Tan Metal 0.0 Negative

417 41 2 41-202c Door frame Brown Metal 0.1 Negative

418 42 1 132 Door Tan Metal 0.0 Negative

419 42 1 132 Door frame Tan Metal 0.0 Negative

420 42 1 Ext. siding Stucco Tan Stucco 0.0 Negative

421 42 1 Office 120 Door frame Brown Metal 0.0 Negative

422 42 1 Office 120 Wall White Drywall 0.0 Negative

423 42 1 Break room Wall Yellow Drywall 0.0 Negative

424 42 1 103 Door frame Brown Metal 0.0 Negative

425 42 2 221 Door frame Brown Metal 0.0 Negative

426 42 2 221 Wall Tan Drywall 0.0 Negative

427 42 2 208 Door frame Brown Metal 0.0 Negative

428 54 1 Diesel Tank B1 Tank Tan Metal 0.0 Negative

429 54 1 Diesel Tank B2 Tank Tan Metal 0.0 Negative

430 54 1 Diesel Tank B3 Tank Tan Metal 0.0 Negative

431 54 1 Diesel Tank B4 Tank Tan Metal 0.0 Negative

432 54 1 Stairs Stairs Tan Metal 0.0 Negative

433 54 1 Ext. wall Wall Tan Concrete 0.0 Negative

434 54 1 Bollard Bollard Yellow Metal 0.0 Negative

435 54 1 Bollard Bollard Yellow Metal 0.0 Negative

436 54 1 Generator room Wall Brown Block 0.0 Negative

437 54 1 Generator room Gen. 6 Fooor Gray Concrete 0.0 Negative

438 54 1 Generator room Generator base Black Metal 0.0 Negative

439 54 1 Generator room Generator base Black Metal 0.0 Negative

440 56 1 Lobby Wall Blue Drywall 0.0 Negative

441 56 1 Lobby Door frame White Metal 0.0 Negative

442 56 1 Reception Wall Tan Drywall 0.0 Negative

443 56 1 Reception Door frame White Metal 0.0 Negative

444 56 1 Walkway Structural Steel Brown Metal 0.0 Negative

445 56 1 Walkway Railing Brown Metal 0.2 Negative

446 56 1 Entry Bollard Yellow Metal 0.0 Negative

447 56 1 Ext. wall Wall Tan Concrete 0.0 Negative

448 63 1 Entry door Door frame White Metal 0.1 Negative

449 63 1 Entry door Door White Metal 0.0 Negative

450 63 1 Int. wall Wall White Block 0.0 Negative

Dates: January 29-31 and March 15, 2024

Inspector: Brett Brumbaugh

XRF Mfg.: Viken Detection Pb200i - SN 2757

Reading # Bldg. # Floor Building Area/Room Component Paint Color Substrate Pb Conc.

mg/cm 2 Result

451 63 1 Int. passage door Door frame Tan Metal 0.0 Negative

452 63 1 Int. passage door Door Tan Metal 0.0 Negative

453 63 1 Floor Floor Gray Concrete 0.0 Negative

454 68 1 101a Door frame Black Metal 0.0 Negative

455 68 1 101a Wall White Drywall 0.0 Negative

456 68 1 Hall by 102 Door frame Black Metal 0.0 Negative

457 68 1 119 Door frame Black Metal 0.0 Negative

458 68 1 N. exit door Door frame Brown Metal 0.0 Negative

459 68 1 N. Exit door Door Brown Metal 0.0 Negative

460 68 2 202 Door frame Brown Metal 0.0 Negative

461 69 1 Ext. wall Wall Tan Metal 0.0 Negative

462 69 1 Bollard Bollard Yellow Metal 0.1 Negative

463 Brooksville 1 Maint. Closet Door frame Yellow Metal 0.0 Negative

464 Brooksville 1 Hall by S. entry doors Wall Yellow Drywall 0.1 Negative

465 Brooksville 1 Hall by S. entry doors Wall Blue Drywall 0.1 Negative

466 Brooksville 1 Hall by S. entry doors Wall Green Drywall 0.1 Negative

467 Brooksville 1 126 Door frame Yellow Metal 0.1 Negative

468 Brooksville 1 120 Door frame Brown Metal 0.0 Negative

469 Brooksville 1 Lobby Wall Yellow Drywall 0.0 Negative

470 Brooksville 1 Mens restroom Ceramic wall tile White Ceramic 0.2 Negative

471 Brooksville 1 Mens restroom Door frame White Metal 0.0 Negative

472 Brooksville 1 Exit door at 107 Door Green Metal 0.0 Negative

473 Brooksville 1 Exit door at 107 Door frame Green Metal 0.0 Negative

474 Brooksville 1 Middle stairwell Railing Brown Metal 0.4 Negative

475 Brooksville 1 Middle stairwell Stair stringer Brown Metal 0.3 Negative

476 Brooksville 1 Entry 1 Door Brown Metal 0.0 Negative

477 Brooksville 1 Entry 1 Door frame Brown Metal 0.0 Negative

478 Brooksville 1 Podiatry Wall Yellow Drywall 0.0 Negative

479 Brooksville 2 Mens restroom Door frame Tan Metal 0.0 Negative

480 Brooksville 2 Elevator Door Brown Metal 0.0 Negative

481 Brooksville 2 Elevator Door frame Brown Metal 0.0 Negative

482 Brooksville 2 202 Door frame Tan Metal 0.0 Negative

483 Brooksville 2 2nd hallway Wall White Drywall 0.0 Negative

484 Brooksville 1 104 Door frame Yellow Metal 0.0 Negative

485 Brooksville 1 Passage at 113 Door frame Blue Metal 0.1 Negative

486 Brooksville 1 Passage at 113 Door Blue Metal 0.2 Negative

487 Brooksville 1 Mech. Room 2 Door Brown Metal 0.1 Negative

488 Brooksville 1 Mech. Room 2 Door frame Brown Metal 0.2 Negative

489 Brooksville 1 105 Ext. door Door Brown Metal 0.1 Negative

490 Brooksville 1 105 Ext. door Door frame Brown Metal 0.2 Negative

491 Brooksville 2 Storage shed Siding Brown Wood 0.0 Negative

492 Brooksville 2 Police dept. Door frame Blue Metal 0.0 Negative

493 Brooksville 2 Mens restroom Ceramic wall tile Tan Ceramic 0.2 Negative

494 Brooksville 2 Mens restroom Ceramic wall tile White Ceramic 0.1 Negative

495 Fisher 1 1 Ext. stucco Wall White Stucco 0.0 Negative

Dates: January 29-31 and March 15, 2024

Inspector: Brett Brumbaugh

XRF Mfg.: Viken Detection Pb200i - SN 2757

Reading # Bldg. # Floor Building Area/Room Component Paint Color Substrate Pb Conc.

mg/cm 2 Result

496 Fisher 1 1 Lobby Column White Wood 0.0 Negative

497 Fisher 1 1 Lobby Trim White Wood 0.0 Negative

498 Fisher 1 1 Entry door Door White Wood 0.0 Negative

499 Fisher 1 1 Passage door Door frame White Wood 0.0 Negative

500 Fisher 1 1 Stairs Ceiling White Drywall 0.0 Negative

501 Fisher 1 1 Kitchen Door frame White Wood 0.0 Negative

502 Fisher 1 1 Kitchen Door White Wood 0.0 Negative

503 Fisher 2 1 Ext. stucco Wall White Stucco 0.0 Negative

504 Fisher 2 1 Lobby Column White Wood 0.0 Negative

505 Fisher 2 1 Lobby Trim White Wood 0.0 Negative

506 Fisher 2 1 Entry door Door White Wood 0.0 Negative

507 Fisher 2 1 Passage door Door frame White Wood 0.0 Negative

508 Fisher 2 1 Stairs Ceiling White Drywall 0.0 Negative

509 Fisher 2 1 Kitchen Door frame White Wood 0.0 Negative

510 Fisher 2 1 Kitchen Door White Wood 0.0 Negative

511 HazWaste 1 Ext. wall Wall Yellow Block 0.1 Negative

512 HazWaste 1 Storage box Wall Tan Metal 0.0 Negative

513 Parking Deck 1 Ext. wall Wall White Concrete 0.0 Negative

514 Parking Deck 2 Ext. wall Wall White Concrete 0.0 Negative

515 Parking Deck 1 Column Column White Concrete 0.0 Negative

516 Parking Deck 2 Column Column White Concrete 0.0 Negative

517 Parking Deck 1 Stairs Stair step Yellow Concrete 0.0 Negative

518 Parking Deck 1 Ext. wall Wall Red Concrete 0.0 Negative

519 Parking Deck 1 Bollard Bollard Yellow Metal 0.0 Negative

520 Parking Deck 1 Stair door Door frame Gray Metal 0.4 Negative

521 Parking Deck 1 Stair door Door Gray Metal 0.3 Negative

522…