Att (1B) Appendix B_Surf FF-DC_Norfolk_1 Oct 2019.docx

ATTACHMENT 7

TRAINER SUPPORT GEAR FOR

(DCA/SEC (A-4G-1111))

SWOS LEARNING SITE NORFOLK, VA

PART I - TRAINING SYSTEMS OR EQUIPMENT INFORMATION

1. TRAINING SYSTEMS OR EQUIPMENT.

The following are the Training Systems or Equipment (TS/E) attachments to this appendix: Each attachment provides description, location, normal operating hours and scheduling requirements, subsystems/assemblies not subject to supply support, major hardware list Degraded Capability Matrix (DCM).

PART II - SITE OPERATIONS AND MATERIAL SUPPORT PACKAGE (MSP) INFORMATION

1. TRAINING SYSTEMS & EQUIPMENT (TS/E) NORMAL OPERATING HOURS AND SCHEDULING REQUIREMENTS.

1.1 Government Scheduled Use (GSU).

Government Scheduled Use (GSU) can be found in each attachment for each trainer under paragraph 3, Normal Operating Hours and Scheduling Requirements.

2. MATERIAL SUPPORT PACKAGE (MSP).

2.1 Specific Inventories.

Inventory listings of these items are available at each training system and equipment location. Specific Inventories of all GFP, physically verified by the Government and Contractor, shall be formally turned over to the Contractor on or about the CSD for a given training system and equipment, for which the Contractor shall sign for and accept their custody. These inventories shall reflect both the existence and condition of these assets, and shall become the baseline inventory and the standard against which the Contractor is measured when the GFP is returned to the Government. (See PWS, Part 4, Paragraph 4.50, Material Support Package.)

2.3 Government Furnished Facilities (GFF).

2.3.1 GFF Coverage.

GFF consist of maintenance, storage, office, and trainer spaces.

2.3.2 GFF Square Feet and Contractor Custody.

The following GFF is intended to be placed in the custody of the Contractor for the term of the contract:

3. CONSUMABLES.

3.1 Contactor Responsibility.

The Contractor shall purchase and account for the consumables necessary for firefighting and damage control training. Note: Excludes consumables required for scheduled maintenance. Consumables include the following:

CONSUMABLES FOR FIRE FIGHTING TRAINERS

SCBA consumable parts

CONSUMABLES FOR DAMAGE CONTROL WET TRAINER

Water Chemistry Testing Supplies

Chlorine LC-15 for water Chemistry

CYANURIC ACID for water Chemistry

Refer to the Unified Facilities Criteria (UFC) 4-179-01 dated 16 January 2004, Appendix A (MIL-HDBK 1027/1B) for additional information regarding agent surrogates.

Contractor will be reimbursed for these items.

3.2 Fire Fighting Preventive Maintenance Gases.

Contractor must procure at its expense all items, materials, gases, etc. required to perform all preventive maintenance actions necessary for calibration and alignment (e.g., span and zero gas used for calibration of the propane detection system). These items include, but are not limited to, certain test gases that are expensive. Exception: if the government requires the use of the contractor procured test gases when performing a re-host or other modification to the trainers, then the contractor may request reimbursement through the consumables contract line item.

APPENDIX B

SWOS LEARNING SITE NORFOLK, VA

B-21

1. DESCRIPTION.

1.1 General.

The training system simulates Class A, B, and C shipboard fire emergencies in a realistic environment, using live, computer-controlled propane-fueled fires. These simulated fire emergencies are staged, under program control in structures called fireplace compartments that are built to resemble equipment or locations aboard ship where actual fires can occur. Fireplaces simulating shipboard components are as follows: (1) Class A Fireplaces (Combustibles): Storage Compartment, Mattress, Storage Locker, Trash Can, Ventilation Duct, and Clothes Dryer; (2) Class B Fireplaces (Oil Based): Oil Spray/Bilge, Prop Shaft, and Deep Fat Fryer; (3) Class C Fireplaces (Electrical): Motor Generator, Radar Console, Electrical Panel, and Wire Bundle. In addition, trainer smoke for the fireplaces is simulated, non-polluting, non-toxic and is provided under operator or scenario control for realistic training in a visibility-impaired environment. The fires can be controlled from a smoldering state to full involvement, and are controlled to respond realistically to the trainee’s application of extinguishing agents. Each fireplace consists of a mock-up of the item that is involved in the fire, one or more burner head assemblies, and agent collector/detector sensors. A propane burner control assembly in an adjoining room provides a controlled source of propane to each burner head assembly. A standard agent collector/detector sensor assembly is used for all fireplaces, augmented by additional sensors, as required for special purposes.

1.2 Trainee Station.

There are thirteen (13) trainee stations located within the eight (8) training compartments where fires are generated in mockups, which duplicate actual shipboard fires. The configuration allows the trainee to attack a fire and extinguish it while having to maneuver around obstacles surrounding the area.

1.3 Instructor Operator Station.

Each Instructor Operator Station (IOS) is equipped with a monitor, trackball/keyboard, and mouse for controlling their associated compartment fires and monitoring of the environment to prevent unsafe conditions. In addition, indicators showing the results of trainee operation of simulated equipment are located on these monitors. Controls are provided for introduction and cessation of fire, smoke, and ventilation fans. All fuel flow ignition controls can be secured in an emergency at the IOS or at remote locations within the trainer. Temperature and propane alert levels for each training compartment are monitored at the IOS. An audio system allows for communications between the IOS operator and personnel located within the trainer. There are two (2) IOSs located in the control room.

1.4 Computer System.

The original Personal Computer (PC) based design of the trainer control system has been replaced by a PACSystems RX3i manufactured by GE Intelligent Platforms (GE-IP) for a PLC System based design. This PLC System design has been integrated into the existing peripheral systems and provide complete control of all inputs and outputs of the trainer through an integrated IOS. The software used to read inputs from the fireplaces and CCPs, compute fireplace states, and drive outputs to control the training scenarios run on a single PLC System that has Input/Output (I/O) nodes in each compartment or group of compartments. The fireplace control, trainer control, and trainer safety code from the baseline Ada software was converted to Function Block Diagrams (FBD) to run on the PLC System.

1.5 Other.

N/A

2. LOCATION.

Building: SDA-346 Description: Trainer Area 20,472 square feet

3. NORMAL OPERATING HOURS AND SCHEDULING REQUIREMENTS.

3.1 Government Scheduled Use (GSU).

The normal training system and equipment-operating window shall be as follows:

NORMAL TRAINING HOURS

OHPD = Operational Hours per Day

Note: Local climate temperatures fluctuate during the summer. If temperatures exceed 90ºF (degrees Fahrenheit) on the Wet-Bulb temperature index, the Government will have to discontinue training. If temperatures continually exceed this Wet-Bulb temperature limit, the Government will adjust working hours to accommodate fleet training requirements.

4. SUBSYSTEMS OR ASSEMBLIES REQUIRING CONTRACTOR MAINTENANCE BUT NOT SUPPLY SUPPORT.

Below are subsystems or assemblies for which the Government is responsible for Supply Support. The Contractor shall be responsible for Organizational Level on-line and off-line maintenance, and for requisitioning material and Depot Level support, as appropriate.

QUANTITY

5. MAJOR HARDWARE LIST*.

QUANTITY

*This major hardware list is not all inclusive of the trainer equipment, assemblies and components.

6. DEGRADED CAPABILITY MATRIX (DCM).

The following user trainer operability designations are assigned as a result of each system or subsystem(s) failure. Unless otherwise indicated, the operability designations are for each system or subsystem identified.

Degraded Capability Matrix (DCM)

FAILED SYSTEM(S)/

SUB-SYSTEM

CONTROL SYSTEM/IOS

PROPANE SYSTEM

HEATING, VENTILATION, AIR CONDITIONING SYSTEM (HVAC) SYSTEM

ELECTRICAL SYSTEM

WATER SUPPLY SYSTEM

AIR COMPRESSION SYSTEM

WASTE WATER SYSTEM

SCBA AIR SYSTEM AND FIRE EXTINGUISHER REFILL SYSTEM

DRY CHEMICAL FIRE EXTINGUISHER CHARGING SYSTEM

STRUCTURAL AND OTHER

COMMUNICATIONS EQUIPMENT

Failure of any fireplace subsystem shall the render the affected fireplace not operable. These include pilot and main flame assemblies, agent detection assemblies. Refer to the table above for further details.

Failure of any system or subsystem to be in the propane piping and propane assemblies shall render the entire trainer not operable. Refer to the table above for further details.

Failure of any safety system in shall render the entire trainer not operable. Refer to the table above for further details.

ATTACHMENT 1

ADVANCED FIRE FIGHTING TRAINER

19F1B

1.1 General.

The training system simulates Class A, B, and C shipboard fire emergencies in a realistic environment, using live, computer-controlled propane-fueled fires. These simulated fire emergencies are staged, under program control in structures called fireplace compartments that are built to resemble equipment or locations aboard ship where actual fires can occur. Fireplaces simulating shipboard components are as follows: (1) Class A Fireplaces (Combustibles): Mattress and Storage Locker; (2) Class B Fireplaces (Oil Based): Oil Spray/Bilge, Prop Shaft, and Deep Fat Fryer; (3) Class C Fireplaces (Electrical): Electrical Panel and Wire Bundle. Also, trainer smoke for the fireplaces is simulated, non-polluting, non-toxic and is provided under operator or scenario control for realistic training in a visibility impaired environment. The fires can be controlled from a smoldering state to full involvement, and are controlled to respond realistically to the trainee’s application of extinguishing agents. Each fireplace consists of a mock-up of the item that is involved in the fire, one or more burner head assemblies, and agent collector/detector sensors. A propane burner control assembly in an adjoining room provides a controlled source of propane to each burner head assembly. A standard agent collector/detector sensor assembly is used for all fireplaces, augmented by additional sensors, as required for special purposes. The training system is divided into three (3) independent sections, each an independent trainer, with a dedicated Instructor Operator Station.

1.2 Trainee Station.

There are nine (9) trainee stations located within the six (6) training compartments where fires are generated in mockups which duplicate actual shipboard fires. The configuration allows the trainee to attack a fire and extinguish it while having to maneuver around obstacles surrounding the area.

1.3 Instructor Operator Station.

Each Instructor Operator Station (IOS) controls their associated compartment fires and monitoring of the environment to prevent unsafe conditions. In addition, indicators showing the results of trainee operation of simulated equipment are located on these monitors. Controls are provided for introduction and cessation of fire, smoke, and ventilation fans. All fuel flow ignition controls can be secured in an emergency at the IOS or at remote locations within the trainer. Temperature and propane alert levels for each training compartment are monitored at the IOS. An audio system allows for communications between the IOS operator and personnel located within the trainer. There are three (3) IOSs located in the control room.

1.4 Computer System.

The original Personal Computer (PC) based design of the trainer control system has been replaced by a PACSystems RX3i manufactured by GE Intelligent Platforms (GE-IP) for a PLC System based design. This PLC System design has been integrated into the existing peripheral systems and provide complete control of all inputs and outputs of the trainer through an integrated IOS. The software used to read inputs from the fireplaces and CCPs, compute fireplace states, and drive outputs to control the training scenarios run on a single PLC System that has Input/Output (I/O) nodes in each compartment (including Pit Fireplaces) or group of compartments. The fireplace control, trainer control, and trainer safety code from the baseline Ada software was converted to Function Block Diagrams (FBD) to run on the PLC System.

1.5 Other.

N/A

2. LOCATION.

3. NORMAL OPERATING HOURS AND SCHEDULING REQUIREMENTS.

3.1 Government Scheduled Use (GSU).

The normal training system and equipment-operating window shall be as follows:

NORMAL TRAINING HOURS

OHPD = Operational Hours per Day

Note: Local climate temperatures fluctuate during the summer. If temperatures exceed 90ºF (degrees Fahrenheit) on the Wet-Bulb temperature index, the Government will have to discontinue training. If temperatures continually exceed this Wet-Bulb temperature limit, the Government will adjust working hours to accommodate fleet training requirements.

4. SUBSYSTEMS OR ASSEMBLIES REQUIRING CONTRACTOR MAINTENANCE BUT NOT SUPPLY SUPPORT.

Below are subsystems or assemblies for which the Government is responsible for Supply Support. The Contractor shall be responsible for Organizational Level on-line and off-line maintenance, and for requisitioning material and Depot Level support, as appropriate.

QUANTITY

5. MAJOR HARDWARE LIST*.

QUANTITY

One 1MC system with 16 speakers

The following user trainer operability designations are assigned as a result of each system or subsystem(s) failure. Unless otherwise indicated, the operability designations are for each system or subsystem identified.

Degraded Capability Matrix (DCM)

FAILED SYSTEM(S)/

SUB-SYSTEM

CONTROL SYSTEM/IOS

PROPANE SYSTEM

HEATING, VENTILATION, AIR CONDITIONING SYSTEM (HVAC) SYSTEM

ELECTRICAL SYSTEM

WATER SUPPLY SYSTEM

AIR COMPRESSION SYSTEM

WASTE WATER SYSTEM

SCBA AIR SYSTEM AND FIRE EXTINGUISHER REFILL SYSTEM

DRY CHEMICAL FIRE EXTINGUISHER CHARGING SYSTEM

STRUCTURAL AND OTHER

COMMUNICATIONS EQUIPMENT

Failure of any fireplace subsystem shall the render the affected fireplace not operable. These include pilot and main flame assemblies, agent detection assemblies. Refer to the table above for further details.

Failure of any system or subsystem to be in the propane piping and propane assemblies shall render the entire trainer not operable. Refer to the table above for further details.

Failure of any safety system in shall render the entire trainer not operable. Refer to the table above for further details.

ATTACHMENT 2

BASIC FIRE FIGHTING TRAINER

19F3B

The training system simulates aircraft fires onboard ship in a realistic environment, using live, computer-controlled propane-fueled fires. These simulated fire emergencies are staged, under program control in the structure called training deck. In addition, trainer smoke for the fireplaces is simulated, non-polluting, non-toxic and is provided under operator or scenario control for realistic training in a visibility-impaired environment. The fires can be controlled from a smoldering state to full involvement, and are controlled to respond realistically to the trainee’s application of extinguishing agents.

1.2 Trainee Station and Mockups.

1.2.1 Trainee Station.

There is one (1) trainee station referred to as the training deck and is constructed of concrete. The configuration allows a group of trainees to attack a fire and extinguish it while having to maneuver around obstacles surrounding the area. The burn area is 52 x 36 feet centered, leaving two (2) 30 feet wide and two (2) 15 feet wide areas for staging. The deck burn areas are water decks. A Generic mockup representing both a fixed wing aircraft and a helicopter is placed in the center of the deck area. Eight (8) deluge nozzles are installed in the water deck, flush with the grating to simulation onboard ship equipment. The minimum operating temperature of the water deck is 32 º F (degrees Fahrenheit) dry bulb. The water required to operate the fireplace is capable of being drained or refilled in less than one (1) hour. The fireplace is completely surrounded by grating to allow the drainage of excess AFFF or water.

1.2.2 Mockups.

Generic mockup: the Generic mockup is a continuous structure six (6) feet high. The mock-up includes the fuselage from the nose to a point 11 feet aft to represent a helicopter; an additional seven (7) feet is attached to this forward section to facilitate fixed wing training. There are two six (6) foot wings that are installed with the front edge 11 feet back from the front of the mockup. The mockup has doors configured to allow for the rescue of mannequins from the pilot and copilot areas of the helicopter configuration. Weapon Mockups: two (2) Sidewinder Air Intercept Missiles (AIM) 9 D/G missiles are attached to the wing sections. Weapon mockups: One MK 82-83 series bomb and one Phoenix AIM 54 missile mockup can be attached to the wing tips of the Generic mockup. The Phoenix AIM 54 missile and the MK 82-83 series bomb will be on the deck. Manikin mockups: two (2) manikin-for-rescues were designed, fabricated, and furnished with the trainer. They are positioned in the Generic mockup as crew members would be in operational aircraft. During training exercises, the manikin-for-rescue are lifted from the mockup by trainee fire fighters in the same way that crew personnel would be rescued during an operational disaster.

1.3 Instructor Operator Station.

The Instructor Operator Station (IOS) controls the deck fires and monitoring of the environment to prevent unsafe conditions. In addition, indicators showing the results of trainee operation of simulated equipment are located on these monitors. Controls are provided for introduction and cessation of fire and smoke. All fuel flow ignition controls can be secured in an emergency at the IOS or at remote locations within the trainer. Propane levels alert below the training deck are monitored at the IOS. An audio system allows for communications between the IOS operator and personnel located within the trainer. There is one (1) IOS located in the control room.

1.4 Computer System.

The original Personal Computer (PC) based design of the trainer control system has been replaced by a PACSystems RX3i manufactured by GE Intelligent Platforms (GE-IP) for a PLC System based design. This PLC System design has been integrated into the existing peripheral systems and provide complete control of all inputs and outputs of the trainer through an integrated IOS. The software used to read inputs from the fireplaces and CCPs, compute fireplace states, and drive outputs to control the training scenarios run on a single PLC System that has Input/Output (I/O) nodes in each compartment or group of compartments. The fireplace control, trainer control, and trainer safety code from the baseline Ada software was converted to Function Block Diagrams (FBD) to run on the PLC System.

1.5 Other.

N/A

2. LOCATION.

Building: SDA-342 Description: Trainer Area 7,437 square feet

3. NORMAL OPERATING HOURS AND SCHEDULING REQUIREMENTS.

3.1 Government Scheduled Use (GSU).

The normal training system and equipment-operating window shall be as follows:

NORMAL TRAINING HOURS

OHPD = Operational Hours per Day

19F4A will operate 0800-1300 all year

Note: Local climate temperatures fluctuate during the summer. If temperatures exceed 90ºF (degrees Fahrenheit) on the Wet-Bulb temperature index, the Government will have to discontinue training. If temperatures continually exceed this Wet-Bulb temperature limit, the Government will adjust working hours to accommodate fleet training requirements.

4. SUBSYSTEMS OR ASSEMBLIES REQUIRING CONTRACTOR MAINTENANCE BUT NOT SUPPLY SUPPORT.

Below are subsystems or assemblies for which the Government is responsible for Supply Support. The Contractor shall be responsible for Organizational Level on-line and off-line maintenance, and for requisitioning material and Depot Level support, as appropriate.

QUANTITY

5. MAJOR HARDWARE LIST*.

QUANTITY

The following user trainer operability designations are assigned as a result of each system or subsystem(s) failure. Unless otherwise indicated, the operability designations are for each system or subsystem identified.

Degraded Capability Matrix (DCM)

FAILED SYSTEM(S)/

SUB-SYSTEM

CONTROL SYSTEM/IOS

PROPANE SYSTEM

HEATING, VENTILATION, AIR CONDITIONING SYSTEM (HVAC) SYSTEM

ELECTRICAL SYSTEM

WATER SUPPLY SYSTEM

AIR COMPRESSION SYSTEM

WASTE WATER SYSTEM

SCBA AIR SYSTEM AND FIRE EXTINGUISHER REFILL SYSTEM

DRY CHEMICAL FIRE EXTINGUISHER CHARGING SYSTEM

STRUCTURAL AND OTHER

COMMUNICATIONS EQUIPMENT

Failure of any fireplace subsystem shall the render the affected fireplace not operable. These include pilot and main flame assemblies, agent detection assemblies. Refer to the table above for further details.

Failure of any system or subsystem to be in the propane piping and propane assemblies shall render the entire trainer not operable. Refer to the table above for further details.

Failure of any safety system in shall render the entire trainer not operable. Refer to the table above for further details.

ATTACHMENT 3

AIRCRAFT FIRE FIGHTING TRAINER

19F4A

The Damage Control Wet Trainer (DCWT) is utilized to train and evaluate damage control team performance in the identification, reporting, and repair of flooding casualties resulting from piping ruptures and ship collision. In addition, the training system has the capability to familiarize students with the physical characteristics of ship’s compartmentation, and procedures for controlling flooding / progressive flooding. The environmental simulation includes typical sounds as well as sounds of pump operation through the startup, running, and shutdown phases. Ship damage will result in flooding the simulated compartment. Shipboard type communication and alarm systems, and battle lanterns are used by the trainees to effectively react to the damage situation. A classroom is provided where trainees are given preliminary instructions in damage control and is later used to review and critique the trainees' damage control performance. Primary consideration has been given to the safety of personnel. An emergency drain system is provided to rapidly empty any flooded compartment in the event of an emergency. All potentially hazardous electric circuits are kept above the maximum level of the flooded compartment.

1.2 Trainee Station.

The trainee station is a getwet compartment in a watertight steel structure configured to represent a shipboard environment. Catwalks, ladders, and equipment mockups, battle lanterns, communications equipment, loud speakers and other equipment complete the illusion of an operating ship. The trainer contains hull valve controls, submersible pump connections, communications equipment, loud speakers, and damage control equipment lockers.

1.3 Instructor Operator Station.

The Instructor station is located on the North side first deck of the trainer. The instructors are able to monitor activities in the get wet compartments through the individual space port holes.

1.4 Computer System.

N/A

1.5 Other.

1.5.1 Water Chemistry

The DCWT includes all necessary water flow, lighting and ventilation to the training compartments. Additionally, it includes automatic filtration and chemical treatment to maintain the water chemistry within NAVMED P-5010-4 (Rev. 6-2002) standards.

The contractor shall maintain preventative and corrective maintenance to the water treatment system, which includes, but not limited to: the chlorinator, sensors, pump, piping, and valves. Chlorinator maintenance includes monthly inspection, electrode cleaning, testing and calibration, in addition to semi-annual peristaltic pump tube replacement and chemical replenishment as needed:

Water Chemistry. Contractor shall maintain water chemistry, to include: mixing chemicals and adding chemicals to maintain required chemical balance and chlorine levels, in accordance with Manual of Naval Preventative Medicine, Chapter 4 Swimming Pools and Bath Places 4 (NAVMED P-5010-4). Contractor shall perform System Readiness Test (SRT) with water chemical testing results reported daily before and after each training evolution to the COR office. When water chemistry is out of established acceptable range of ph of 7.2- 8.0, Free available chlorine (FC) of 1.0-3.0 ppm, Total available chlorine (TC) 105-3.0 ppm, and Combined chlorine at 0 ppm, the trainer is considered out of commission (OOC). The Contractor shall procure chemicals and other items needed to test the water used for training. The Contractor shall submit a summary of the daily results in the monthly report in the format provided. If a deviation occurs on a day of the month, immediate notification to the COR is required.

2. LOCATION.

Building: SDA-310 Description: Trainer Area

3. NORMAL OPERATING HOURS AND SCHEDULING REQUIREMENTS.

3.1 Government Scheduled Use (GSU).

The normal training system and equipment-operating window shall be as follows:

NORMAL TRAINING HOURS

OHPD = Operational Hours per Day

Note: Local climate temperatures fluctuate during the summer. If temperatures exceed 90ºF (degrees Fahrenheit) on the Wet-Bulb temperature index, the Government will have to discontinue training. If temperatures continually exceed this Wet-Bulb temperature limit, the Government will adjust working hours to accommodate fleet training requirements.

4. SUBSYSTEMS OR ASSEMBLIES REQUIRING CONTRACTOR MAINTENANCE BUT NOT SUPPLY SUPPORT.

Below are subsystems or assemblies for which the Government is responsible for Supply Support. The Contractor shall be responsible for Organizational Level on-line and off-line maintenance, and for requisitioning material and Depot Level support, as appropriate.

QUANTITY

5. MAJOR HARDWARE LIST*.

QUANTITY

6. LINES OF DEMARCATION

6.1 General. This section identifies the major dividing points between Contractor and Government responsibilities relating to utility services. The COR can provide the Contractor with further clarification on these interfaces. Generally, Contractor’s responsibilities for maintenance shall begin at the earliest leg off a main for the purpose of use to the trainers.

6.2 Process Water. Contractor is responsible for maintaining the process water system. Commencing at the upstream side Altitude Fill Control Valve #6 located upstream and attached to 100,000 gallon water storage tank, including the 100,000 gallon water storage tank, process water pump and above ground process water distribution piping.

6.3 Process Water Return. Contractor is responsible for operating and maintaining the entire process water drainage system, including all drains and above ground piping to collect the wastewater from all the FFTSs, a pump lift station, two wastewater equalization tanks and two tank waste discharge pumps.

6.4 Electrical. Contractor’s responsibilities commence at the disconnect switch for the distribution panels for 19F1A , 19F3 and 19F4A, and include all electrical services provided through the panel, transformers and low voltage services.

7. DAMAGE CONTROL (DC) DEGRADED CAPABILITY MATRIX (DCM)

The following user Damage Control (DC) Degrade Capability Matrix (DCM) designations are assigned as a result of each system or subsystem(s) failure. Unless otherwise indicated, the operability designations are for each system or subsystem identified.

Degraded Capability Matrix (DCM)

FAILED SYSTEM(S)/

SUB-SYSTEM

INSTRUCTOR OPERATOR STATION

WATER TREATMENT SYSTEM

HARDWARE

MAIN WATER SUPPLY SYSTEM

Valves

Failure of the Water Treatment system shall the render the DCWT not operable. These include chlorinator, sensor, pump, piping and main valves. Refer to the table above for further details.

Failure of any system or subsystem in the water supply shall render the entire DCWT not operable. Refer to the table above for further details.

Failure of any safety system in shall render the entire DCWT not operable. Refer to the table above for further details.

ATTACHMENT 4

DAMAGE CONTROL WET TRAINER

1. FACILITIES.

This section identifies the major facility systems and equipment the Contractor will be responsible for organizational level and corrective maintenance.

1.1 Heating, Ventilation, Air Conditioning (HVAC) System.

QUANTITY

· Ventilation and air conditioning for the trainer buildings are stand-alone systems for which the Contractor is responsible.

· System includes: piping, wiring, ducting, thermal insulation, louvers, ducts, registers, mounting and holding hardware, controls, indicators, interlocks, alarms, fans, blowers, motors, valves, dampers, fittings, adapters, and filters.

· Heat for the Fire Fighter support facility is provided via the facility-wide propane system that will be maintained by the Contractor; responsibility shall commence at the interface points delineated in paragraph 2.0.

1.1.1 Air Compression System

QUANTITY

· The items include: receivers, dryers, regulators, filters, separators, heat exchangers, valves, piping, wiring, mounting hardware, compressors, reducers, fittings, tubing, indicators, controls, transducers, and all specific controls and tubing for HVAC control.

1.2 Propane System. The Contractor shall provide refueling of the propane tanks and operational (DORT) support only of the propane system to support all training evolutions.

QUANTITY

· System includes: meters, piping, gauges, valves, strainers, wiring and electrical controls.

NOTE: NAVFAC is responsible for the propane farm to the block and vent since it is class 2 property. The FFT COMS contractor shall be responsible for operational maintenance and reporting any corrective and preventative maintenance and cathodic protection concerns to the TA and COR.

1.3 Water Supply System.

QUANTITY

· System includes: all valves, fittings, piping, meters, gauges, mounting hardware, insulation, filters and strainers.

1.4 Waste Water System.

QUANTITY

· System includes: all piping, fittings, valves, storage containers, mounting hardware, floor drains, insulation, traps, separators, wiring and electrical controllers.

NOTE: A daily of all sampling data and chemical additions will be maintained by the system operator. A monthly report, summarizing sampling data, is required.

1.5 Air Pack Charging System.

QUANTITY

· System includes: cascading fill system, storage bottles, fill station and carbon monoxide monitor. Compressor may be used by firefighter staff for filling of user’s bottles.

· Quarterly air sampling required in accordance with (IAW) ANSI/CGA G-7.1 1989, Table 1 Grade D.

· Periodic bottle hydro testing required.

1.6 Carbon Dioxide CO2 Transfer and Re-Charge System.

QUANTITY

· System includes: controls, funnels, scales, charging adapters, piping, fittings, valves, indicators, controls, hoses, and gauges.

· Includes all supply and replenishment of CO2 fire extinguishers used for training.

1.7 Electrical System.

The items includes: breaker panels, data terminal cabinets, controls, indicators, alarms, relays, receptacles, fixtures, bulbs, switches, wiring and cabling back to the main breaker of the component in question, conduit and fittings, mounting hardware and equipment, fuses, breakers, motors, controllers, lighting, wiring, clocks, magnetic contactor panels, lighting control and transformers.

1.8 Natural Gas.

Includes the following: vaporizers and meters.

1.9 Eyewash/Showers.

The Contractor is responsible for maintaining all Eyewash/Showers.

2.0 LINES OF DEMARCATION

2.1 General.

This section identifies the major dividing points between Contractor and Government responsibilities relating to utility services. The COR can provide the Contractor with further clarification on these interfaces. Generally, Contractor’s responsibilities for maintenance shall begin at the earliest leg off a main for the purpose of use to the trainer, and includes all Facilities and systems within the fence line, both above and below ground, of the Fire Fighting and Damage Control Training Facility compound. It also includes demarcation points external to the fence line as indicated. These interfaces apply to the entire compound, and include each of the training system and equipment.

2.2 Control Air System.

Not applicable

2.3 Domestic Water.

Contractor is responsible for maintaining the domestic water system, which parallels the process water system, and provides cold water to the Utility Building, each of the training systems and equipment. Additionally, the piping downstream of the ball valve (including the valve) on the supply side of the DMW1 2 inch water meter at the toilet and laundry building is part of the system.

2.4 Electrical.

Contractor is responsible for maintaining all electrical and ground systems within the FFTS compound. Contractor’s responsibilities commence at the disconnect switch for the distribution panels, and include all electrical services provided through the panel, transformers and low voltage services. This includes the exterior lighting system serving the compound.

2.5 Heating, Air Conditioning, Ventilation System.

The Contractor is responsible for maintaining the HVAC systems, including the controls for those systems exhaust fans servicing the FFTS compound buildings.

2.6 Natural Gas.

Contractor is responsible for maintaining all natural gas lines to the FFTS commencing at the gas meter on Building SDA 343 including the domestic water heater, gas heaters and gas dryers in Building SDA 343.

2.7 Pressure Sewer.

Not applicable.

2.8 Process Sewer.

Contractor is responsible for operating and maintaining the entire process water sewer system, including all drains and piping to collect the wastewater from all the FFTSs, two (2) wastewater equalization tanks and two (2) effluent pumps for discharge into the first sewer manhole which is a sanitary sewer.

2.9 Process Water.

Contractor is responsible for maintaining the process water system commencing at the ball valve on the supply side of the DWM1 four (4) inch water meter, including the 170,000 gallon water storage tank, process water pump and process water distribution piping.

2.10 Propane System.

Contractor is responsible for the operation and maintenance of the entire system, including the fill station, storage tanks, tank fire sprinkler system, vaporizers, propane…