Attachment J-2 Appendix II and III Descriptions of Existing Facilities and Utilities.pdf

Attachment 2 - APPENDIX II Updated: 6/3/2026

DESCRIPTION OF EXISTING FACILITIES

Figure 1 Jefferson Labs Campus

Table of Contents

Contents Attachment 2 - APPENDIX II

DESCRIPTION OF EXISTING FACILITIES

Table of Contents

DESCRIPTION OF EXISTING FACILITIES

BUILDING: 2

BUILDING: 5A

BUILDING: 5B

BUILDING: 5C

BUILDING: 5D

BUILDING: 6 storage only

BUILDING: 7

BUILDING: 9

BUILDING: 10

BUILDING: 11

BUILDING: 12

BUILDING: 14A

BUILDING: 14B

BUILDING: 14C

BUILDING: 15

BUILDING: 16

BUILDING: 17

BUILDING: 20 Abandoned

BUILDING: 21

BUILDING: 26

BUILDING: 28

BUILDING: 31

BUILDING: 32

BUILDING: 37

BUILDING: 44

BUILDING: 45

BUILDING: 46

BUILDING: 50

BUILDING: 51

BUILDING: 52

BUILDING: 53A

BUILDING: 53B, C, D and E

BUILDING: 54

BUILDING: 60

BUILDING: 62

BUILDING: 62A

BUILDING: 85

BUILDING: Trailers

BUILDING: 70, 71, 72, 73, & 74

ATTACHMENT 2 - APPENDIX III DESCRIPTION OF UTILITY SYSTEMS

DESCRIPTION OF EXISTING FACILITIES

This Appendix provides the SP with an overview of the existing facilities at the Jefferson Laboratory Complex by providing a general description of the Architecture, building function at the facility, function of the major systems in each building, and the major and special equipment.

Performance Work Statement (PWS).

This Appendix is not a listing of only SP-occupied facilities; rather, it describes all facilities at the Center.

A list of SP-occupied facilities is included at Exhibit 15-1 to the PWS.

Some systems and items of equipment are described as being in poor operating condition. These items shall be maintained in as good working order as possible, but shall not be replaced without prior COTR approval.

Some systems and items of equipment are described as being inoperative. These items are included herein for informational purposes only. They shall not be repaired or otherwise maintained without COTR approval.

"Critical Environmental Conditions" (see Appendix I for definition) are indicated for each building where they are needed. These conditions are monitored by the EMCS Systems and the ranges of values (i.e., temperature ranges and tolerances) are programmed therein by the governments EMCS staff.

HVAC Systems are monitored by Siemens Apogee, Johnson Metasys, or Trane Tracer Summit building automation systems. All are direct digital control (DDC) systems and include many control points.

Temperature and Humidity for individual rooms in laboratory and animal holding spaces shall be included under the “Critical Environment Conditions.”

BUILDING: 2

SQAURE FOOTAGE: 18,432 SF

NO. FLOORS: 2

FUNCTION

This building houses chillers that supplies chilled water to other buildings on campus for the purpose of space air conditioning. Generators in this building provide backup/emergency power supply to this building. They don’t serve as backup/emergency power source to any other building on campus.

ARCHITECTURAL

Bldg. 2 is located on campus of FDA Jefferson Laboratories, 3900 NCTR Road, Jefferson, Arkansas 72079. It is located near to Bldg. 14 and Bldg. 7. The building was constructed in 2025. Building consists of two floors. First floor houses a office room, rest room, janitorial room, break room, server room, electrical room, chiller and generator bay. Chiller bay houses several pumps, expansion tank, two 1500-ton chillers and one 250-ton chiller served by one 7664 gpm and one 640 gpm cooling towers respectively. Both the cooling towers are located outdoor on west side of the building and there is provision to accommodate additional future two 1500-ton future chillers, one 7664 gpm cooling tower. Generator bay houses two 1500 KW diesel generators and two-day fuel tanks next to generators and there is provision to accommodate additional future two 1500 KW diesel generators. There are two outdoor fuel tanks for serving these generators. Second floor have penthouse housing supply fans for generator, one storage room and roof.

STRUCTURE

SUBSTRUCTURE: The substructure consists of cast-in-place concrete perimeter foundation walls with spread footings, and a raised cast-in-place concrete first floor slab.

SUPERSTRUCTURE: The superstructure is of steel-framed construction and a steel-framed roofing system supporting a metal roof deck.

BUILDING EXTERIOR EXTERIOR WALLS: The exterior facades consist of solid block walls on lower half portion, and metal panel on upper half portion.

EXTERIOR WINDOWS: The building has glass window on east side.

EXTERIOR DOORS: The exterior doors consist of glazed, storefront-type units with push handle-type hardware and metal units set in metal jambs. Four roll-up doors serving generator and chiller bays.

ROOFING: The building has a sloped, two ply bituminous, metal deck roof with metal flashing. The east side entranceway has scoped canopy. Roofing was installed by platinum roofing company with a 20 yr. warranty.

BUILDING INTERIOR

PARTITIONS: Interior walls consist of metal studded partitions.

INTERIOR DOORS: The interior door assemblies consist of metal and wood units, set in metal jambs, equipped with pull-handle or knob- type hardware.

WALL FINISHES: Walls are of painted gypsum board.

FLOOR FINISHES: The building interior floor finishes consist of commercial vinyl tile (VCT) in office are and exposed concrete in bay area.

CEILING FINISHES: Ceiling finishes consist of suspended acoustic tiles in office area and exposed metal roof deck in bay area.

CONVEYING: Since the building has two floors. Second floor can be accessed through indoor stairs.

SITEWORK: Exterior pedestrian and vehicular paved surfaces consist of cast-in-place concrete.

HANDICAPPED PARKING: There is adequate area for handicapped parking adjacent to the building.

CRITICAL ENVIRONMENTAL CONDITIONS: None

EXISTING SYSTEMS IN FACILITY

HVAC SYSTEM: Office area has two ceiling mounted direct expansion (DX) cassette units. Chiller bay have exhaust fans on roof for ventilation and for exhausting toxic refrigerant in case of leak. Generator bay have exhaust fans on roof for ventilation purpose. There are several unit heaters in chiller bay, mezzanine (above office area), generator bay, penthouse, stairs. There are four air intake fans in penthouse supplying air in generator bay for the generators.

CONTROLS & INSTRUMENTATION: Control systems are interfaced to a Siemens Apogee DDC system for monitoring purpose.

PLUMBING: Domestic water is supplied to the building by the campus distribution system. Domestic water heater for domestic use is installed in mezzanine area. Storm water is removed from the roof with help of downspout to ground drainage. The sanitary system is gravity piping to the site system.

FIXTURES: There is one unisex restroom with wash basin and water closet fixtures. There is one janitorial room is equipped with a utility sink. Individual DX cooled drinking fountains are provided in corridor.

ELECTRICAL

ELECTRICAL SERVICE & DISTRIBUTION: Electrical power for this building is supplied from the 480 V switchgear located in electrical room (2-107) of this building. The 480V switchgear is fed from transformer T1 and T2 located on southwest corner of this building. Each of this transformer is fed from vista switches located west side of Bldg. 7. Each vista switch is fed from Bldg. 9. Electrical panels are surface mounted in electrical room 2-107. The 480V switchgear is backed by generator.

EMERGENCY LIGHT & POWER SYSTEMS: This building obtains its emergency power from the generator in this building. Exit lighting and emergency lighting have battery backup.

LIGHTING & BRANCH WIRING: Interior lightings are LED lighting.

COMMUNICATIONS & SECURITY: Internet and telecom services of this building is provided through campus fiber glass. Network servers is installed in room 2-102 of this building.

FIRE PROTECTION: The building has wet fire suppression system and is equipped is an automatic fire alarm system.

Handheld fire extinguishers are located throughout the building. Fire alarm panel is installed in room 2-102 of this building.

BUILDING: 5A

SQAURE FOOTAGE: 39,800 SF

NO. FLOORS: 1

Building 5A is located at the FDA Jefferson Laboratories, in Jefferson, Arkansas. It is the west portion of a larger structure, which incorporates Buildings 5A, 5B, 5C, and 5D. The original building was constructed in 1952 and there have been a number of alterations since that time. The overall 39,800 square foot one-story structure contains animal holding areas, animal support areas, office space, restrooms, and utility areas.

SUBSTRUCTURE:

The substructure consists of cast-in-place concrete perimeter foundation walls with spread footings, and a raised cast-in-place concrete first floor slab.

SUPERSTRUCTURE:

The superstructure is of steel-framed construction and a steel-framed roofing system supporting a concrete roof deck with an original built up roofing system. A steel-framed roofing structure has been added over the original building.

BUILDING EXTERIOR

EXTERIOR WALLS:

The exterior facades consist of painted clay tile block walls, painted concrete masonry unit walls and painted metal fasciae.

EXTERIOR WINDOWS:

The building has no windows.

EXTERIOR DOORS:

The exterior doors consist of glazed, storefront-type units with pull handle-type hardware and metal units set in metal jambs, with knob-type hardware. Two roll-up doors serve the delivery dock and the dirty process area dock.

ROOFING:

The building has a sloped, standing seam, metal roofing system with metal flashing. The north side entranceway and south side canopy have flat, built up roofing systems.

PARTITIONS:

Interior walls consist primarily of poured concrete, clay tile block, concrete masonry unit block and metal studded partitions.

INTERIOR DOORS:

The interior door assemblies consist of metal units, set in metal jambs, equipped with pull-handle or knob-type hardware.

WALL FINISHES:

Walls are of painted masonry and gypsum board.

FLOOR FINISHES:

The building interior floor finishes consist of exposed and epoxy-coated concrete.

CEILING FINISHES:

Ceiling finishes are of painted plaster or gypsum board, or are exposed to the steel roof support system and deck.

CONVEYING:

The building is all on one level. Exterior stairs provide access to the roof level.

SITEWORK:

Exterior pedestrian and vehicular paved surfaces consist of cast-in-place concrete.

HANDICAPPED PARKING:

There is adequate area for handicapped parking adjacent to the building. A handicapped accessible ramp provides access to the main entrance at the northwest area of the building.

FACILITY FUNCTION

This section of building 5 consists of animals holding rooms, shower facilities and process equipment area.

The building was partially renovated in 1999, 2005 and 2012. The building contains 20 animal rooms, "clean" and "dirty" support areas containing special equipment used for animal care, men and women's change units, as well as office, storage areas and mechanical rooms that contain the supply fans and HEPA filter housings (major mechanical room in building 5B-120, 5B-180 and in the Building 5A penthouse).

CRITICAL ENVIRONMENTAL CONDITIONS

At the present time 15 animal holding rooms are being utilized requiring a constant environmental condition of 77°+ 3°F temperature, 40-60% relative humidity, and a positive static pressure differential to ensure the cleanliness of the areas. Other critical conditions that require routine maintenance and monitoring are, air flow direction and HEPA filter condition.

HVAC SYSTEM

The HVAC systems are 100% outside air systems providing HEPA filtered (99.97% above 0.3 micron particle size) air to the space with individual room control for temperature and humidity. Chilled water is furnished by the campus centralized district cooling system. The temperature and humidity in the animal holding areas are controlled utilizing hot water reheat and variable air volume control. The humidity is controlled by dehumidification at the cooling coils with humidification from in-duct steam humidifiers. The static pressure is controlled by variable speed drives on supply systems.

DISTRIBUTION SYSTEMS:

The building has ducted air handlers with air to air heat exchangers that are roof mounted or located in Bldg 5B mechanical room 180 providing 100 percent outside air to zone control boxes. Steam, heating hot water and chilled water is supplied from site utilities. The exhaust fans that provide exhaust for animal rooms and restrooms are incorporated into the air handlers.

Chilled water is supplied from site AW, air conditioning, water system. Heating hot water is provided from steam converters in the 5B building. Space humidity is provided by steam humidifiers.

TERMINAL & PACKAGE UNITS:

The building has zone control boxes mounted in the ceilings and in the penthouse.

CONTROLS & INSTRUMENTATION:

Electric thermostats and humidity sensors are interfaced to a Siemens Apogee DDC system for control.

PLUMBING:

In the processing area, plumbing has been replaced (2004), excluding in slab sewer lines to all processing equipment.

Building 5A is also served by the industrial and sanitary sewer systems, the low pressure steam system, the low pressure steam condensate system, and the central plant compressed air system, hot and cold water system.

PIPING:

Domestic water is supplied to the building by the site distribution system, with distribution by copper piping. Domestic hot water for the building is provided from hot water system in the penthouse installed in 2012.

Storm water is removed from the rooftops by gutters with leaders to ground drainage. The sanitary system is gravity piping to the site system. The process equipment waste water goes to a sump pump and is pump to the gravity fed system.

FIXTURES:

There are men's and women's multi-fixture restrooms - shower rooms with vitreous china lavatories, urinals and water closet fixtures. The janitorial closet is equipped with a utility sink. Individual DX cooled drinking fountains are provided.

ELECTRICAL SERVICE & DISTRIBUTION:

Electrical power for building 5A is supplied from the 480 V switchgear located in building 5B.

Transformers are provided for lights and receptacle power distribution throughout the building. Panels are typically recessed mounted in corridors and also located in utility spaces at selected areas within the

EMERGENCY LIGHT & POWER SYSTEMS:

Building 5A obtains emergency power service from the emergency generating system at building 5B.

Exit lighting and emergency lighting as well as selected critical equipment appear to be connected to the emergency power distribution system.

LIGHTING & BRANCH WIRING:

Interior lighting generally consists of fluorescent fixtures equipped with type T8 lamps and ballasts.

Typical interior fixtures are two by four with lens. Exterior lighting is generally provided through surface mounted cylinders and HID wall packs.

COMMUNICATIONS & SECURITY:

The facility is equipped with a conventional fire alarm system with control panel, enunciator, initiation and alert devices. Some portions of the facility are equipped with fire alarm initiation and alert devices believed to be tied in to the fire alarm control panel serving building 5B. Telecom service is provided through fiber optic cabling and multiple pair copper terminating in a dedicated telecom closet.

The facility is equipped with a security system.

FIRE PROTECTION

This building is only partially protected by an automatic fire alarm system. The section west of corridor 132 has a old Simplex system in place but is not functional and will be replaced. The Animal care section and Air handler ERU-3 is served by a Simplex 4005 system in Bldg 5B. . See Appendix III Description of Existing Utilities for more details.

Handheld fire extinguishers are located throughout the building.

SPECIAL EQUIPMENT

Two (2) large industrial sterilizers (one is a gas sterilizer) are no longer in service. One (1) tunnel rack washer, one (1) enclosed rack washer, a tunnel cage washer with a bedding dispenser, one (1) tunnel bottle washer is in service as of 2012.

SPECIAL MAINTENANCE ATTENTION

All of the critical environmental conditions are monitored and controlled within AAALAS specified limits at all times. All processing area equipment must be calibrated and certified to comply with AAALAS requirements.

BUILDING: 5B

SQUARE FOOTAGE: 76,550 SF

Description

ARCHITECTURAL

Building 5B is located at the FDA Jefferson Laboratories, in Jefferson, Arkansas. It is a portion of a larger structure, which incorporates Buildings 5A, 5B, 5C, and 5D. The original building was constructed in 1952 and there have been a number of alterations since that time. The overall 76,550 square foot one-story structure, with a partial basement, contains office space, laboratory areas, restrooms, storage and utility areas.

Per the 2003 International Building Code, Building 5B is classified as Business occupancy, Use Group B, and Construction Type II, Noncombustible.

STRUCTURE

SUBSTRUCTURE:

The substructure consists of cast-in-place concrete perimeter foundation walls with spread footings, and a raised cast-in-place concrete first floor slab.

The superstructure is of steel-framed construction and a steel-framed roofing system supporting a concrete roof deck.

The exterior facades consist of painted clay tile block walls and painted concrete walls. EXTERIOR WINDOWS: The building has no windows.

EXTERIOR DOORS:

The exterior doors consist of glazed, storefront-type units with pull handle-type hardware; metal units set in metal jambs, with knob-type hardware, and metal rollup doors.

Is a Flat Roof w/gen star G.T.A roof.

PARTITIONS:

Interior walls consist primarily of poured concrete, clay tile block, concrete masonry unit block and metal studded partitions.

INTERIOR DOORS:

The interior door assemblies consist of metal units, set in metal jambs, and wood units, set in wood jambs, equipped with pull-handle, lever or knob-type hardware.

WALL FINISHES:

Walls are of painted masonry, plaster, and gypsum board. Restrooms utilize vinyl wallpaper and ceramic tile wall finishes.

FLOOR FINISHES:

The building interior floor finishes consist of carpet, and exposed and epoxy-coated concrete. Restrooms utilize vinyl sheet and ceramic tile floor finishes.

CEILING FINISHES:

Ceiling finishes are of acoustical tiles in an exposed suspension grid system, painted plaster, or gypsum board, or are exposed to steel roof support system and deck.

The building is primarily all on one level. A ramp leads to the partial basement. Exterior stairs provide access to the roof level.

BUILDING PERIMETER

SITEWORK:

Exterior pedestrian and vehicular paved surfaces consist of cast-in-place concrete and bituminous concrete.

HANDICAPPED PARKING:

There is adequate area for handicapped parking adjacent to the building. A handicapped accessible ramp provides access to the main entrance at the north side of the building.

MECHANICAL HVAC

COOLING GENERATION:

The building houses a pair of 450-TON liquid chillers that are part of the site AW air conditioning water system. Chilled water is circulated by three secondary 40-HP pumps and a 25-HP primary pump with VFD control. Condenser water is circulated to a remote cooling tower by 50-HP vertical pumps also with VFD

A third chiller 175-TON is not connected to the system.

HEAT GENERATION:

The building has a solar heat exchange system that is not operational. The system has a 264 panels arranged in groups of 6 in 7 rows. There are 2 10,000-gallon capacity tanks in a basement space.

The building has air to air heat recovery air handlers, 100% outside air, for the laboratories. These are located in mechanical room 5B-170 providing supply air to zone control boxes. The offices are served by a return air system with 100% economizer locate in mechanical room 5B/116. Steam and chilled water is supplied from site utilities. Roof-mounted fans provide exhaust for laboratories and restrooms.

Chilled water is supplied from site AW, air conditioning, water system. Heating hot water is provided from steam converters in the mechanical room. Space humidity is provided by duct steam humidifiers.

The building has zone control boxes mounted in the ceilings.

CONTROLS & INSTRUMENTATION:

A mix of pneumatic and electric thermostats and humidity sensors are interfaced to a DDC system for control. Control air is provided by the site supply with a simplex 10-HP air compressor with a 50-gallon capacity tank and mechanical dryer as backup.

PLUMBING

Domestic water is supplied to the building by the site distribution system, with distribution by copper piping. Domestic hot water for the building is provided from two 2,500-gallon tank steam converters.

There is also a 400-gallon preheat tank. There is also a 50-gallon electric water heater in room 117 for lab use.

Storm water is removed from the rooftops by roof drains with leaders to ground drainage. The sanitary system is gravity piping to the site system.

There are men's and women's multi-fixture restrooms with vitreous china lavatories, urinals and water closet fixtures. The janitorial closet is equipped with a utility sink. Individual DX cooled drinking

This building is protected by EST3 fire alarm system with a master fire alarm control panel in 5B-117, and is being upgraded as part of the fire alarm and Mass Notification System (MNS) project. See Appendix III Description of Existing Utilities for more details.

The position of a 480V, 3000A automatic transfer switch (ATS) determines whether electrical power is supplied from a 2500 kVA transformer or from the 1 MW generator backup power source. The ATS supplies main building switchgear in room 5B-120. This switchgear also supplies connected buildings 5A, and 5C.

Dry-type transformers are provided for light and receptacle power distribution throughout the building.

Panels are typically recessed mounted in lab spaces and also located in utility spaces at selected areas within the building.

The facility is equipped with a 1 MW standby power plant with two portable diesel engine driven generators and synchronizing panelboard. Upon loss of normal power, the ATS switches the building to generator power. Exit lights have battery backup. Egress lighting is provided by self-contained wall-mounted light/battery packs.

Interior lighting generally consists of fluorescent fixtures equipped with type T8 lamps and ballasts.

Typical interior fixtures are two by four with lens. Exterior lighting is generally provided through surface mounted cylinders and HID wall packs.

Telecom service is provided through fiber optic cabling and multiple pair copper terminating in electrical closet 113. The facility is equipped with a security system.

This section of building 5 contains several major areas. It contains the Pathology and Research Laboratories, a Training Center, a small lab for smoke studies, and the mechanical equipment rooms to support the Phototoxicity area. The partial basement functions as a piping tunnel to the laboratory areas.

The Pathology Laboratory area is approximately 27,000 square feet separated into two distinct areas between columns 8 and 12 and columns 17 and 22. A large unassigned area (approximately 7,687 sq. ft.) separating the two areas is utilized as a storage area. Part of this area is used as storage by Pathology. The area contains primarily general laboratory space and offices.

The Training Center contains a large training room and several offices. This area is separate from the rest of the building.

A 370 square foot lab is located in Room 5B-109 and is suitable for CTP Smoke Studies.

The fourth major area in this section of the building is the mechanical rooms for the Phototoxicity area in building 5A and for this section. These mechanical rooms are separate.

Temperatures, humidity’s, fume hoods, chilled and heating water systems, ventilation and filtration systems and their associated control and monitoring alarm points, fire alarm, and lighting systems. The CTP Smoke Lab (5B-109) requires a constant environmental condition of 77°F temperature, 60% relative humidity, and a negative static pressure differential to ensure proper pressurization. Other critical conditions that require routine maintenance and monitoring is air flow direction.

SPECIAL EQUIPMENT

Vacuum pumps, fume hoods, laboratory refrigerators and freezers, staining equipment, ice makers, and various laboratory items.

The lab and building environmental conditions are critical and require continuous monitoring and control. All of the critical environmental conditions that are monitored and controlled must be maintained within AAALAS specified limits at all times. All monitoring equipment must be calibrated and certified to comply with AAALAS requirements.

CRITICAL SYSTEMS

HVAC equipment including chillers, air handling units, pumps, fans, hot water converters, deionized water system, condensing units, laboratory fume hoods, and laboratory refrigerators and freezers.

BUILDING: 5C

SQUARE FOOTAGE: 50,787

Description

Building 5C is located at the FDA Jefferson Laboratories, in Jefferson, Arkansas. It is a portion of a larger structure, which incorporates Buildings 5A, 5B, 5C, and 5D. The original building was constructed in 1952 and there have been a number of alterations since that time. The overall 50,787 square foot one-story structure contains office space, laboratory areas, storage areas and utility areas.

Per the 2003 International Building Code, Building 5C is classified as Business occupancy, Use Group B, and Construction Type II, Noncombustible.

STRUCTURE

SUBSTRUCTURE:

The substructure consists of cast-in-place concrete perimeter foundation walls with spread footings, and a

The superstructure is of steel-framed construction and a steel-framed roofing system supporting a concrete

BUILDING EXTERIOR

EXTERIOR WALLS:

The exterior facades consist of painted clay tile block walls and painted concrete walls.

EXTERIOR WINDOWS:

The windows consist of fixed and operable units, with insulated and non-insulated glazing, set in metal frames.

The exterior doors consist of metal units set in metal jambs, with pull-handle or knob-type hardware, and metal rollup doors.

Has a flat Roof w/gen star G.T.A roof.

Interior walls consist primarily of poured concrete, clay tile block, concrete masonry unit block and metal

The interior door assemblies consist primarily of metal units, set in metal jambs, and wood units, set in wood jambs, equipped with pull-handle, lever or knob-type hardware. Some interior doors are of glazed, aluminum-framed, storefront-type units, equipped with pull-handle type hardware.

Walls are primarily of glazed clay tile blocks, painted masonry, plaster and gypsum board. Some areas utilize sound absorbing-type wall covering panels.

The building interior floor finishes consist primarily of carpet, exposed and epoxy-coated concrete, and vinyl composition floor tiles. Computer areas utilize a raised floor system with removable tiles.

Ceiling finishes are of acoustical tiles in an exposed suspension grid system, painted plaster or gypsum

The building is all on one level. Exterior stairs at Building 5B provide access to the roof level.

BUILDING PERIMETER

SITEWORK:

Exterior pedestrian and vehicular paved surfaces consist of cast-in-place concrete and bituminous

There is adequate area for parking adjacent to the building. A handicapped accessible ramp at Building 5B provides access to the connected buildings.

MECHANICAL HVAC

The building has large VAV air handler located in Mechanical Room 5C-101A.

Steam and chilled water is supplied from site utilities. Roof-mounted fans provide exhaust for laboratories and restrooms. Chilled water is supplied from site District Cooling System. Heating hot water is provided from steam converters in the 5B building.

The building has variable-air-volume boxes mounted in the ceilings along with steam space heaters in the warehouse area. The computer space rooms 111 and 111B have Leibert AC units.

Control and monitoring of the building HVAC equipment is provided by the Siemens Apogee Control System. The local Siemens controls interface with the Siemens Insight Graphics located in Bldg. 54.

PLUMBING

PIPING:

Domestic water is supplied to the building by the site distribution system, with distribution by copper piping. Domestic hot water for the building is provided from the 5B mechanical equipment.

Storm water is removed from the rooftops by roof drains with leaders to ground drainage. The sanitary

There are men's and women's multi-fixture restrooms - shower rooms with vitreous china lavatories, urinals and water closet fixtures. The janitorial closet is equipped with a utility sink. Individual DX cooled drinking fountains are provided.

This building is protected by an EST3 fire alarm system with a separate FM-200 fire alarm system with VESDA detectors in the 5C-11 Computer Center. This building is part of the fire alarm and Mass Notification System (MNS) upgrade project. See Appendix III Description of Existing Utilities for more details.

Electrical power for building 5C is supplied from the building 5B double-ended switchgear. Transformers are provided for light and receptacle power distribution throughout the building. Panels are typically recessed and surface mounted in corridors and also located in utility spaces at selected areas within the

Exit lighting and emergency lighting systems are equipped with self-contained emergency battery packs with remote heads at some locations.

Interior lighting generally consists of fluorescent fixtures equipped with type T8 lamp and ballasts. Typical interior fixtures are two by four with lens. Exterior lighting is generally provided through surface mounted cylinders and HID wall packs.

The facility is equipped with an addressable conventional fire alarm system with control panel, initiation and alert devices that serve computer room 111. Most of the facility is equipped with fire alarm initiation and alert devices believed to be tied in to the newer fire alarm control panel serving building 5B. Telecom service is provided through fiber optic cabling and multiple pair copper terminating in mechanical room 110.

This area includes offices, a computer room, computer training rooms, instrument and computer repair facilities, a warehouse area, a laboratory, archives areas refrigerated storage rooms.

Computer room temperatures, Refrigerated storage areas. Zone temperatures, fan status, HVAC alarm status. The Division of Microbiology Lab (5C-107) requires a constant environmental condition of 77°F temperature and a negative static pressure differential to ensure proper pressurization. Other critical conditions that require routine maintenance and monitoring is air flow direction.

Computer room HVAC units and refrigerated storage units.

None.

BUILDING: 5D

SQUARE FOOTAGE: 44,800

Building, 5D is located at the FDA Jefferson Laboratories, in Jefferson, Arkansas. It is the east portion of a larger structure, which incorporates Buildings 5A, 5B, 5C, and 5D. The original building was constructed in 1952 and there have been a number of alterations since that time. The overall 44,800 square foot one-story structure, with a partial second floor, contains office space, laboratory areas, storage and utility areas.

Per the 2003 International Building Code, Building 5D is classified as Business occupancy, Use Group B, and Construction Type II, Noncombustible.

STRUCTURE

SUBSTRUCTURE:

The substructure consists of cast-in-place concrete perimeter foundation walls with spread footings, and a

The superstructure is of steel-framed construction and a steel-framed roofing system supporting a concrete

BUILDING EXTERIOR

EXTERIOR WALLS:

The exterior facades consist of painted clay tile block walls and painted concrete walls.

EXTERIOR WINDOWS:

The windows consist of fixed and operable units, with insulated glazing, set in metal frames.

EXTERIOR DOORS:

The exterior doors consist of metal units set in metal jambs, with pull-handle type hardware, a glazed storefront-type unit with pull-handle type hardware, and metal rollup doors.

Has a Flat Roof w/gen star G.T.A roof. A single ply roof was installed above the Penthouse.

Interior walls consist primarily of poured concrete, clay tile block, concrete masonry unit block and metal

The interior door assemblies consist primarily of metal units, set in metal jambs, and wood units, set in metal jambs, equipped with pull-handle or knob-type hardware.

Walls are primarily of glazed or painted clay tile blocks, painted masonry, plaster, and gypsum board.

Some areas utilize painted modular panels. Some restrooms utilize vinyl wallpaper.

The building interior floor finishes consist primarily of carpet, exposed and epoxy-coated concrete, and vinyl composition floor tiles. The restrooms utilize vinyl sheet goods floor covering.

Ceiling finishes are of acoustical tiles in an exposed suspension grid system, painted plaster or gypsum

The building is essentially all on one level. Two interior steel stairways provide access to the second floor Mechanical Room. Exterior stairs at Building 5B provide access to the roof level.

BUILDING PERIMETER

SITEWORK:

Exterior pedestrian and vehicular paved surfaces consist of cast-in-place concrete and bituminous

There is adequate designated handicapped parking at the south side of the building. A handicapped accessible ramp provides access to the building. A grade-level entrance at the east end of the building also provides for access.

MECHANICAL HVAC

The building has ducted air handlers that are located in the penthouse providing supply air to zone control boxes. Steam, heating hot water and chilled water is supplied from site utilities. Roof-mounted fans provide exhaust for sterilizer equipment and restrooms. Chilled water is supplied from site AW, air conditioning, water system. Heating hot water is provided from steam converters in the 5B building.

A mix of pneumatic and electric thermostats and humidity sensors are interfaced to a Siemens Apogee DDC system for control.

Domestic water is supplied to the building by the site distribution system, with distribution by copper piping. Domestic hot water for the building is provided from the 5B mechanical equipment.

Storm water is removed from the rooftops by roof drains with leaders to ground drainage. The sanitary

There are men's and women's multi-fixture restrooms - shower rooms with vitreous china lavatories, urinals and water closet fixtures. The janitorial closet is equipped with a utility sink. Individual DX cooled drinking fountains are provided.

This building is protected by an old Simplex 2001 fire alarm system with control panels in room 150 and hallway 102. The building is being upgraded as part of the fire alarm and Mass Notification System (MNS) project with a remote Annunciator panel in room 102. See Appendix III Description of Existing Utilities for more details.

Handheld fire extinguishers are located throughout the building.

Power service for building 5D is supplied from 480 V switchgear in building 85. Transformers are provided for light and receptacle power distribution throughout the building. Panels are typically recessed and surface mounted in corridors and also located in utility spaces at selected areas within the building.

Exit lighting and emergency lighting systems are equipped with self-contained emergency battery packs with remote heads at some locations.

Interior lighting generally consists of fluorescent fixtures equipped with type T8 lamp and ballasts.

Typical interior fixtures are two by four with lens. Exterior lighting is generally provided through surface mounted cylinders, HID wall packs and arm mounted high pressure sodium fixtures.

The facility is equipped with a conventional fire alarm system with control panel, initiation and alert devices throughout most areas within the facility. Telecom service is provided through multiple pair copper with extension from 5C.

This section of building 5 contains a large diet preparation processing area, an office area, a health service area, and a mechanical space.

The diet preparation area contains a refrigerated warehouse for bulk feed storage; a clean room used for sterilizing and processing laboratory animal feed; a dosed-feed mixing and packaging area with supporting laboratory and chemical storage; a conditioned warehouse for storing dosed/packaged feed; shower rooms for operating personnel and a mechanical room that houses two (2) hood-air compressors and a vacuum pump for supporting the clean room mixer unit.

An office area is located adjacent to the diet preparation area.

A health services facility contains the offices, labs and examination rooms for support of the health service programs at JLC. This area is air conditioned separately.

A large mechanical space (3,180 ft.) is located on the second floor and contains the supply fans, the heating and cooling units, chillers, and pumps.

Space temperature and humidity of clean rooms; feed storage areas, mixing-packaging and laboratory areas.

HEPA filter, ventilation systems, refrigeration equipment and fire alarm status.

SPECIAL EQUIPMENT

Two large industrial sterilizers with vacuum systems, one small sterilizer, hot water converter with circulating pump, one 5 cu. ft. mixer, three 2 cu. ft. mixers, three 5 cu. ft. mixer-processors with auxiliary components, two 3 cu. ft. mixer-processors with auxiliary components, eight air showers, one grinder, one transfer conveyor, three hood air compressor units, one clean room, three laboratory fume hoods, eight packaging cabinet units with recycled filtered air systems, tunnel washers and acid water system.

Special maintenance and attention is required on all equipment and environmental conditions that are monitored and controlled. These conditions must be maintained within AAALAS specified limits at all times.

All monitoring equipment must be calibrated and certified to comply with AAALAS requirements.

HVAC equipment serving the Diet Prep mixing and packaging areas.

BUILDING: 6 storage only

This building’s HVAC is shut down and is currently being used as a storage facility only and contains a large walk-in cooler/freezer. The walk-in cooler/freezer is fed by an electric panel in Building 26 which is capable of providing emergency power.

SQUARE FOOTAGE: 11,090 sq. ft.

Description

ARCHITECTURAL

Building 6 is located at the center of FDA's Jefferson Regional Labs campus behind building 14 facilities in the town of Jefferson, Arkansas. This one story structure was built in 1952 and was renovated in 1978 and has approximately 11,090 SF of space. The building consists of animal rooms, laboratories, offices and storage.

Per the 2003 International Building Code, Section 602, the building is classified as Business Occupancy, Use Group B, having a Construction Type of Type II, Noncombustible.

The handicapped accessibility for this facility was assessed utilizing the Uniform Federal Accessibility Standards (UFAS), Federal Standards 795, April 1, 1988, & P.L. 90-460 and ADAAG 2002. There is large ramp located at the rear of the building and concrete steps leading into the main entrances. There are no handicapped accessible restrooms.

STRUCTURE

SUBSTRUCTURE:

The building has a cast-in-place reinforced concrete slab on grade.

SUPERSTRUCTURE:

The building has steel steal columns and beams and light-weight concrete roof deck as structural frame.

The exterior walls consist of multiple withes of clay tile masonry with perimeter steel column supports.

There are few windows in the building and they consist of aluminum framed fixed type units with (tempered safety) non-insulated glazing.

The entrance doorways consist of steel door with vision and full panels and overhead roll-up doors at the loading dock. Hardware consists of exit devices, pulls and closers. Service doorways consist of painted flush metal doors and frames, closers and mortise locksets with knobs.

The roof consist of singly ply EPDM-roof system with painted aluminum gravel stop, internal roof drains, and roof hatch. It was manufactured by IB Roof Systems installed on 01/09/2002 with a 15 yr. warranty.

Interior partitions consist mainly of plaster over mesh and some renovated walls with gypsum wallboard on metal studs. There are some exposed clay tile walls throughout the building.

Interior doors consist mainly of painted flush hollow core wood doors set in painted metal frames with knob type mortise hardware and some closers. There are some fully glazed (tempered safety) framed doors in painted frames with push/pull hardware and borrowed lights.

Interior walls are generally painted plaster on mesh and few painted gypsum wall board.

The floors are predominately epoxy, painted concrete, and few vinyl composition tile or carpet. The toilet rooms have ceramic tile floors.

The ceilings consist of painted plaster and gypsum wallboard.

MECHANICAL

HVAC

The HVAC system is no longer in use. The building has HEPA filtered supply and exhaust air systems for the protection of the animals and the surrounding environment. Pressure relationships between most rooms are carefully maintained as are temperatures and humidity’s. These items are monitored by a Siemens Apogee building automation system. There is a heat reclaim cycle, which recovers some of the air conditioning energy and more of the heating requirements. Control is by hot water reheat. The preheat is steam. Chilled water is furnished to the building by the campus centralized district cooling system controlled via DDC and is part of the Siemens Apogee building automation system. There is also a backup air cooled water chiller that can be manually valved in if the need arises. There is redundancy in the pumping systems.

The building has ducted air handlers that are roof mounted, providing 100 percent outside air. Steam, heating hot water and chilled water is supplied from site utilities. Roof-mounted fans provide exhaust for animal rooms and restrooms.

CONTROLS & INSTRUMENTATION:

A mix of pneumatic and electric thermostats and humidity sensors are interfaced to a Siemens Apogee DDC system for control.

Domestic water is supplied to the building by the site distribution system, with distribution by copper piping. Heating hot water is provided from steam converters. Storm water is removed from the rooftops by roof drains with leaders to ground drainage. The sanitary system is gravity piping to the site system.

There are men's and women's multi-fixture restrooms with vitreous china lavatories, urinals and water closet fixtures. The janitorial closet is equipped with a utility sink. Individual DX cooled drinking

FIRE PROTECTION:

Handheld fire extinguishers are located in the corridors.

What had been the buildings service and distribution system has been, largely, abandoned in place. Some future project will include renovation of the electrical service and distribution system. A few loads remain, however, and those are supplied by circuits originating in adjacent building 26.

EMERGENCY LIGHT & POWER SYSTEMS: Abandoned.

LIGHTING & BRANCH WIRING: Abandoned.

COMMUNICATIONS & SECURITY: Abandoned

Storage Only

. Temperatures in storage areas 06-110 and 06-111.

A walk-in cooler and freezer located in room 06-111.

SPECIAL MAINTENANCE ATTENTION

The environmental control equipment requires continuous monitoring and repair to maintain critical conditions.

HVAC equipment including chillers, pumps, supply and exhaust fans.

BUILDING: 7

SQUARE FEET: 16,500 SF

NO. FLOORS: 3

Description

ARCHITECTURAL

Building 7 is located off Black Road, behind Building 5 facilities at the west side of Jefferson Regional Labs campus in the town of Jefferson, Arkansas. This three story structure has one story attachment that serves as break room for workers, built in 1952 and has approximately 16,500 SF of space. The building consists of mainly boilers, few offices, storage and lunch room and it is the main boiler plant for the campus.

Per the 2003 International Building Code, Section 602, the building is classified as Business Occupancy, Use Group B, having a Construction Type of Type II, Noncombustible.

The handicapped accessibility for this facility was assessed utilizing the Uniform Federal Accessibility Standards (UFAS), Federal Standards 795, April 1, 1988, & P.L. 90-460 and ADAAG 2002. Handicap accessibility is not required for this facility and there is none in the building.

The building has a cast-in-place reinforced concrete slab on grade.

SUPERSTRUCTURE:

The building has steel steal columns, long span girders and beams and light-weight concrete roof deck as structural frame.

BUILDING EXTERIOR

EXTERIOR WALLS:

The exterior walls consist of multiple withes of painted clay tile masonry with perimeter and interior steel column supports with diagonal bracing and horizontal steel girths.

The exterior windows consist of combination of three-section tall windows with hopper opening at the top and mechanical louvers that are rusted, located north side of building. The tall windows are insulated double glazing.

The entrance doorways consist of dilapidated steel sliding door with full glazing panels and service doorways consist of rusted and painted flush metal doors and frames, closers, and mortise locksets with knobs. Hardware consists of exit devices, pulls and closers.

The roof consist of three ply modified bitumen roofing system with painted aluminum gravel stop, internal roof drains, and roof hatch. It manufacture is Unknown installed on 9/7/2002 with a 20 yr. warranty.

Interior partitions consist mainly of exposed clay tile masonry and minimal walls with gypsum wallboard on metal studs.

Interior doors consist mainly of painted flush hollow core wood doors set in painted metal frames with knob type mortise hardware and some closers. There are some fully glazed (tempered safety) framed doors

Interior walls are generally unpainted clay tile masonry few plaster on mesh wall finish.

The floors are predominately exposed and painted concrete. There is vinyl composition tile finish in the break room. The toilet rooms have ceramic tile floors.

The ceilings consist of exposed structures, painted plaster and suspended acoustic ceiling tile in the break rooms.

INSULATION:

Boiler piping is insulated with fiberglass type insulation with jacket. According to site personnel, asbestos pipe insulation has been removed.

MECHANICAL BOILERS

The building contains three fire-tube boilers and all related auxiliary equipment. Their function is to provide high pressure steam to the site, primarily for heating purposes.

The Boilers were installed separately beginning in 2012 and ending in 2015. They are fire-tube boilers manufactured by Cleaver Brooks. They are currently rated at 25,875 lbs. per hour at 150 PSI.

The plant has "Black Start" capability. Should the natural gas supply be interrupted, the plant can start one boiler from gas supplied from a pressurized bottle. Once steam is generated, the reciprocating fuel oil pump can be put in service to deliver liquid fuel.

BOILER AUXILIARY EQUIPMENT

The three boilers are supported by the following auxiliary equipment and related electrical, piping, valves, valve operators and control systems: boiler feed water pumps, forced draft fans, induced draft fans, condensate return system with pumps supplying a direct contact deaerator, chemical feed pumps, boiler water sampling station, control air system including instrument air filter and back-up compressor, boiler and burner management system, make-up water softeners, and motor driven fuel oil pump.

The building is provided with roof mounted exhaust fans to ventilate the boiler room portion of the building. The fans replace manually operated vents previously installed in the same location. Heat is provided by steam to cabinet type heater located in restrooms and offices and overhead unit heaters in the boiler room.

Conditioned air is supplied to the second floor locker room via a window mounted air conditioner and to the first floor office by a small split system with ductwork, registers and diffusers..

Control for the HVAC equipment is provided by local thermostats.

Natural gas is supplied by the local utility for the three steam heating boilers. Distribution is via black steel threaded, flanged and welded piping. A metering station with isolation valves is located outside on the north elevation.

Domestic and boiler water make-up water for the building is supplied by the local well water supply system. The 6 inch line is equipped with two parallel, double check, triple cock, backflow preventers.

Distribution is primarily by steel with some copper piping.

Domestic hot water is provided to the building by a 40 gallon, 4000 watt, electric water heater located in the boiler room, second floor. Drinking water is provided by stainless steel drinking fountains.

The building has staff restroom facilities. The restroom has a wall-mounted water closet, sink and wall-mounted urinal with a shower assembly in the locker room. A janitors sink and boiler water chemistry testing sink are located on the second level.

The sanitary sewer piping is threaded steel with some hub cast iron connected to the site sewer system and transported to the waste water treatment plant at the Pine Bluff Arsenal. Storm water is removed from the building roof by internal roof drains connected to the site storm water removal system.

The building is protected by ABC type portable fire extinguishers located throughout.

Electrical power is supplied from a pad-mounted mounted transformer at 480Y/277 to a 600A service disconnect switch. A main distribution panelboard is located in the third floor.

Emergency power for emergency lighting is provided by a 350 KW diesel generator. The building is equipped with emergency battery units and exit lighting units located throughout the building.

Interior lighting consists of a combination of 1 x 4 and 2 X 4, recessed and pendant mounted fluorescent fixtures utilizing T8 lamps and electronic ballasts.

The building does not have a fire alarm system. The building does have telephone and data systems.

Building 7 is the central steam generating plant for the JLC complex. The building houses three industrial quality boilers. The system includes three fire-tube boilers, each with a capacity of 25,785 lb. per hr of steam at 150 psig. The building also houses a small lab, office and restroom. There is an instrument shop on the 2nd floor of the building.

Steam header pressure. This is monitored at building 7 and…