23Q0106_0001 ATCH 1_Pricing_Technical_Prior Experience.xlsx
XLSX spreadsheet 150 KB Posted
- Attached to
- CONVEYORIZED AND BATCH POWDER COATING SYSTEM WITH OVENS Federal contract opportunity
- Solicitation number
- 47QSWC23Q0106
- Issued by
- GSA Federal Acquisition Service
About this file
This document contains technical specifications, pricing sheets, and questions regarding prior experience for a federal solicitation seeking a conveyorized and batch powder coating system with ovens. The solicitation is identified as number 47QSWC23Q0106 and is being conducted by GSA Federal Acquisition Service on behalf of an unspecified customer agency.
The technical specifications include detailed requirements for equipment, materials, and capabilities for the powder coating system and its components. These include specifications for conveyors, ovens, booths, controls, and related equipment. The document also includes pricing sheets to submit quoted prices. Additionally, there are questions regarding the quoter's relevant prior experience on similar projects over the past three years, including descriptions of challenges and mitigation of risks. Responses are to be submitted by completing the blue fields in the provided worksheets for consideration under this solicitation.
View the file
Other files for this federal contract opportunity
| File | Type | Posted |
|---|---|---|
| RFQ 23Q0106 0002 MDMC Powder Coating System_Vendor QA.pdf | ||
| 47QSWC23Q00106 0002 ATCH 3 Vendor Questions.pdf | ||
| RFQ 23Q0106 0001 MDMC Powder Coating System_Revised SOW.pdf | ||
| 47QSWC23K0079 Acquisition Plan_Final.pdf | ||
| 23Q0106_ATCH 1_Pricing_Technical_Prior Experience.xlsx | XLSX spreadsheet | |
| 23Q0106_ATCH 2 - Commercial Model_Subk Plan-Jan 2023 - Final.docx | DOCX document |
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Text version
SECT 1 Pricing Wksht
RFQ 47QSWC23Q0106
Section 1: Pricing Spreadsheet
| Item # | Original Equipment Manufacturer | Product Number | Product Description | U/I | Qty | Country of Origin | MSRP | Historical Paid | Quoted Price | |
| Unit Price | ||||||||||
| (FOB Destination) | Unit Price | |||||||||
| (FOB Destination) | Unit Price | |||||||||
| (FOB Destination) | Extension Price |
(FOB Destination)
| 1 | Conveyorized and Batch Powder Coating System with Ovens | EA | 1 | $ - 0 |
| Total Quoted Aggregate Price: | $ - 0 |
SECT 2 Technical Compliance
| 47QSWC23Q0106 - MDMC Conveyorized and Batch Powder Coating System with Ovens | ||||
| Section 2: TECHNICAL COMPLIANCE MATRIX | ||||
| Quoter to complete responses within the blue fields | ||||
| SPECIFICATION / SALIENT CHARACTERISTICS | ||||
| (NOTE: CHANGING ANY INFORMATION IN THIS COLUMN WILL INVALIDATE YOUR OFFER!!!!!) | QUOTER'S SPECIFICATION / SALIENT CHARACTERISTIC (Select from Drop Down if proposed solution meets, does not meet, or exceeds required specifications) | QUOTER'S QUOTE REFERENCE (Provide Page Number, Section/Paragraph of quote that meets or exceeds required specifications) | COMMENTS (If proposing different specifications, provide a detailed explanation for how proposed speciifcation lacks or exceeds the Government's requirements. | |
| Scope of Work | ||||
| Contractor shall provide all labor, tools, materials, equipment, safety measures, supervision and all associated permits and services to complete the work to furnish, install, and start-up of fully functional conveyorized and batch powder coating system with curing ovens at Building 2211, MCLB Albany, GA. | MEETS | |||
| Contractor is responsible for the purchase of the system and all miscellaneous materials needed to install a fully functional system. | DOES NOT MEET | |||
| Contractor is responsible for the removal and disposal of existing equipment. | ||||
| Contractor shall be responsible for due diligence. Customer will provide basic building/shop layouts, site visits, other information as necessary upon request. | EXCEEDS | |||
| Exisiting equipment will become Contractor property to properly dispose of. Contractor shall follow all local and federal guidelines for proper disposal of existing equipment. | ||||
| Contractor will be responsible for connecting system to base power. All work requiring energy shall be done in compliance with OSHA 29 CFR 1910.147 and 1910.333 lock out tag out procedure. All electrical work shall comply with current NEC as well as local codes. (Customer will provide utilities (electrical power, gas and plant air) within 50' of equipment) | ||||
| Contractor will be responsible for System start-up and functions check | ||||
| A minimum of 48 hours (8 hours per day) of in-plant operator/maintenance training for government operators and safety personnel for the conveyorized and batch powder system. | ||||
| Final inspection per government end user acceptance. Commissioning and testing of parts to be required before acceptance (Training end users from start to finish on all aspects of the conveyorized powder paint, batch powder paint and oven equipment). | ||||
| Powder Paint System | ||||
| Contractor shall warrant all components and installations for a period of 12 months starting from Government acceptance. | ||||
| Electrical Power: 480-volt, 3 phase, 60 hertz. | ||||
| Design Speed: 4FPM (Variable 2-6FPM) | ||||
| Fuel Source: Natural Gas @ 5 pounds per square inch gauge | ||||
| Maximum Load per “H-Attachment”: 75 pounds | ||||
| Maximum Product Size: 24” Wide x 48” High | ||||
| Four Pass Powder Cure Oven | ||||
| Length 60’– 0” | ||||
| Width 20’ – 0” | ||||
| Height 11’ – 6” | ||||
| Tunnel Width 36” | ||||
| Tunnel Height 60” | ||||
| Top of Rail to top of Tunnel 30” | ||||
| Top of Rail to Floor 11’ – 6” | ||||
| Load: 6,000 lbs./hr. | ||||
| Electrical Supply: 460-volt, 3 phase, 60 cycle current | ||||
| Heat Source: Natural Gas @ 2-5 PSI | ||||
| Operating Temperature: 400°F with a max of 450F | ||||
| Oven Time: 25 Minutes Cure Time | ||||
| Conveyor Speed: Design 4 FPM | ||||
| Tongue and groove oven panels, all welded construction | ||||
| Panels are to be fabricated from 20-gauge aluminized steel. | ||||
| Sheets are joined by 16-gauge perforated, embossed, spacer channels on all sides | ||||
| Panels are to be insulated with a resilient fiberglass blanket, 6.5 inches thick | ||||
| All outside corners of the oven are covered by sheet metal trim to promote safety and provide a pleasing appearance. Inside trim will be of structural steel angles | ||||
| The entire area of the oven floor will be covered in 3” thick mineral wool insulation and covered with 14-gauge aluminized steel. | ||||
| Structural steel for support of the oven and oven components from purchaser's level floor. | ||||
| Exhaust to be routed through roof of building. | ||||
| Oven to be equipped with 2 fans providing 80,000CFM recirculated air. Each fan will be mounted on a shaft in the oven compartment. The shaft will be supported by two pillow block bearings mounted outside the oven. | ||||
| Fans to be driven through a multiple V-belt drive by a 40 HP TEFC motor. | ||||
| One air-flow type burner. The burner will be operating at approximately 1,570,000BTU/hr and will have a maximum output of 2,500,000 BTU/hr. | ||||
| Automatic temperature controller | ||||
| One (1) insulated door for access to recover fallen parts and to perform maintenance inside the oven chamber. The door will be constructed of formed-steel plate and frame and covered with a sheet metal skin. The door will be insulated with 6-inch-thick, fiberglass, blanket-type insulation. A fiberglass tadpole packing is provided to seal each door. | ||||
| Each door to be secured with latches which will aid in explosion relief. | ||||
| All exterior structural steel will be painted gray. | ||||
| Safety and Control Equipment (FM) | ||||
| Circuit Breaker, handle, and mechanism. | ||||
| Magnetic starters with extra electrical interlocks, control transformer, necessary pushbuttons, and pilot lights. | ||||
| Air-flow switches, purge timer, control circuit fuse and fused contactors. | ||||
| Prewired NEMA 12 Control Cabinet of heavy gauge sheet steel | ||||
| Door to be gasketed to keep dirt and moisture from the electrical equipment and is secured with screws for easy opening. | ||||
| Outside of the cabinet to be painted orange and the interior, white. | ||||
| Mounted inside the cabinet shall be the magnetic starters for the oven and exhaust fans, 460/120-volt control transformer, control circuit fuse | ||||
| Flush mounted on control cabinet door shall be the start/stop pushbuttons for the ventilation and recirculation fans with pilot light to indicate when each starter is operating. | ||||
| Booth Canopy/Booth Base and Capture System | ||||
| High-performance polypropylene wall and clear-copolymer roof material | ||||
| Extended booth walls at the gun openings for added space between the gun tip and wall. | ||||
| Exhaust system with a rated airflow of 5,500 scfm (containment airflow 7,000 scfm) and features a 10 hp belt driven fan with an air foil design for improved operating efficiency. | ||||
| Noise abatement design for a quieter work environment. | ||||
| Manual airflow management to allow control of booth airflow to meet specific application requirements and maximize transfer efficiency. | ||||
| Automatic Powder Spray System | ||||
| Closed- loop digital flow modules for consistent coating quality | ||||
| Built-in dual 128MB flash card unit for operating system and storage/expandability, single board computer, and 12" LCD full-color touch screen graphic interface display with icon-based graphics in a single, dust-tight enclosure | ||||
| Single 12” LCD color touch screen graphical interface for single view of all system settings. | ||||
| Icon-based graphics for ease of set-up and operation | ||||
| Gun parameter settings, including in/out gun positioning and automatic feedback current control. | ||||
| Individual and global set-up and monitoring of all gun parameters and presets. | ||||
| Constant monitoring of all gun parameter settings and presets for various part styles. | ||||
| Backward and forward compatibility with customer-supplied PLC systems. | ||||
| Continuous pump atomizing purge standard. Nozzle purge optional. | ||||
| Expandable and upgradeable in the future | ||||
| 100 kV integral power supply | ||||
| Fast, uncomplicated cleaning, without gun dis-assembly during color change | ||||
| Trouble-free powder blow- off during system color change | ||||
| Reclaim Color Module/Powder Feed Hopper | ||||
| A split and removable grate to protect cartridges | ||||
| Baffles over the cartridges provide improved airflow. | ||||
| Inductive proximity sensor switch to ensure proper sealing of the color module to the fan section for maximum operating efficiency. | ||||
| Mechanically adjustable caster system to level the module | ||||
| Electrical Control Panel | ||||
| Pneumatic Control Panel | ||||
| Flame Detector Package to declare a fire condition and shut down the powder coating system when a fire is detected. Advanced microprocessor-controlled IR flame detectors; an automatic self-diagnostic program to alert the operator of equipment malfunctions | ||||
| Environmentally Controlled Powder Room (EV Room) | ||||
| Inside Width 40'-0" | ||||
| Inside Depth 30'-0" | ||||
| Inside Height 15'-0" | ||||
| Room housing will be constructed of foam-insulated panels 3 inches thick | ||||
| Inside and outside face of each panel is fabricated with white vinyl | ||||
| Structural steel for supporting room and room components will be internal to the room and provide the necessary strength to support the roof and conveyor through the room | ||||
| Two (2) man doors will be provided for operator access | ||||
| One (1) rolling steel door with electric operator approximately 8 ft. wide by 8 ft. high will provide access for equipment and materials into the room | ||||
| Three (3) viewing windows will be provided for the room for personnel viewing. | ||||
| Twelve (12) 2’ x 4’ fluorescent light fixtures and six (6) electrical outlets will be provided from the room interior | ||||
| 1 ea. 20-ton heavy-duty air handling unit designed with high efficiency pleated filters. | ||||
| The power for the system is based on 480/3/60. | ||||
| Supply and return air ductwork with filters will be provided | ||||
| Temperature control system for powder room | ||||
| System to include drain piping, electric humidifier with automatic drain and flush cycles | ||||
| Two stage electric re-heat coil. | ||||
| Overhead Enclosed Track Conveyor System | ||||
| Fifteen (15) Enclosed Track (20 ft. – 0 in. long) | ||||
| Sixteen (16) Power Chain (20 ft. – 0 in. long) | ||||
| Twelve (12) 48 in. rad. x 90° Horizontal Turn | ||||
| One (1) 48 in. rad. x 30° Upper Vertical Curve | ||||
| One (1) 48 in. rad. x 30° Lower Vertical Curve | ||||
| One (1) Chain installation gate | ||||
| One (1) Inspection gate | ||||
| One (1) Welding jig (splice clamp) | ||||
| One (1) Multi-station lubricator for power chain, load bearings, chains, pins, and guide bars with a 50-pound drum of lubricant | ||||
| Five Hundred Fifty (320) Heavy "H" attachments (3/16 inch thick) | ||||
| 1 ea. (1) heavy duty chain drive; 750-pound chain pull capacity, variable speed, 3:1 ratio, 2-6 FPM, ½ HP, 1750 RPM, 460-volt, 3 phase, 60 Hz, TEFC type motor; limit switch overload cut-off, chain and belt guard covers | ||||
| Controls for the conveyor will be tied into the oven controls | ||||
| All necessary conveyor support steel will be provided for the conveyor | ||||
| Batch Powder Coating System | ||||
| Powder booth to be fitted with a single powder collection module at the rear of the booth | ||||
| The powder collection module will be 2000CFM | ||||
| Timer board to sequentially pulse the filters clearing them of captured powder. | ||||
| Working Dimensions: 12’0” Wide x 10’0” High x 10’0” Deep | ||||
| Approx. Overall Dimensions: 12’4” Wide x 10’10” High x 13’4” Deep | ||||
| 4 ea. 6-Tube LED lights loaded in the roof section and the walls of the booth. | ||||
| 18-gauge galvanized steel sheets | ||||
| Booth is rigidly reinforced with structural steel construction. | ||||
| Powder Collection System | ||||
| Powder collection module fabricated of Galvanized Steel. | ||||
| Differential pressure gauge on the module | ||||
| Pressure switch in the module enclosure | ||||
| Automatic blowdown or reverse pulse | ||||
| Manual blowdown switch on the control panel. | ||||
| Timer board to activate the pulse valves sequentially | ||||
| 4 ea. fluorescent light fixtures, inside access 48" 6-tube, 265 mA, 32-watt T8 ballast, dual voltage-120/277 with 85% color corrected tubes included. | ||||
| Lights to be Class I, Division 2 rated; ETL & ETL-C listed and also listed for locations having deposits of readily combustible paint residue; T-8 electronic ballast; lamp holders to be twist in style | ||||
| Interlock switch to disable painting operations when light access door is opened. | ||||
| 1 ea. ¾” 3-way solenoid valve to prevent spraying in booth when fans are off or light tube access door is opened (NFPA-33 requirement) | ||||
| 1 set 20” x 20” x 1” Intake filters | ||||
| 1 ea. pre-wired electrical control panel featuring single point connection for quick and easy wiring with NEMA-12 rated enclosure. To include Main breaker disconnect, Magnetic motor starter Motor fuse protection, Lighting contactor, Lighting fuse protection, Terminal strips for field wiring System, operating lights | ||||
| Air make-up temperature select UL industrial listing | ||||
| 1 lot Necessary assembly hardware and exploded view installation drawings | ||||
| Batch Powder Process Oven | ||||
| Heater house will be on top of the oven, | ||||
| The oven will be floor mounted with a roof mounted heater box supported by the oven and be of a push in/pull out “solid back” design | ||||
| The oven will have a single set of barn type doors for push in/pull out operation | ||||
| Exhaust fan will be located on the oven roof and ducted through building roof | ||||
| Inside Dimensions: 8’0” Wide x 8’6” High x 10’0” Long | ||||
| Outside Dimensions: 12’0” Wide x 16’0” High x 11’0” Long | ||||
| Operating Temperature: 300º F - 500 F | ||||
| Max. Heating Provided: BTU/hr: 2,500,000 | ||||
| Voltage 480VAC 3 ph. 3 wire | ||||
| Re-circulating Air: ACFM: 5,750 Size: 18” Motor HP: 5 | ||||
| Exhaust Airflow: ACFM: 500 Size: 10” Motor HP: ½ | ||||
| Air Changes: Per Minute: 4 | ||||
| Product Doors: Size: 10’0” Wide x 8’6” High Qty: 1 ea. Set | ||||
| The oven housing and heater box will be constructed of 4” thick tongue and grove oven panels. These panels consist of 20 ga. Aluminized steel skins, 16 ga. Aluminized perforated channels, 6 lb. density mineral wool insulation. | ||||
| The oven will be constructed over a structural steel framework, which will be anchored to a level concrete floor. All exposed corners, edges and seams are stuffed with insulation and covered with 16 ga. Aluminized trim strips for sealing and appearance. | ||||
| Re-circulating Fan Insulated Plug Fan to be mounted in the heater box; driven by a TEFC motor 208/230/460; V-belt drive and required guards. | ||||
| Exhaust Fan to be a Centrifugal fan with a backward inclined wheel, heat kit, V-belt drive and TEFC motor, 208/230/460 volt with guards. | ||||
| One burner will be provided with FM/IRI/CSA standard gas valve train, flame safety and safety circuit. | ||||
| Airflow switches | ||||
| Hi/Lo gas pressure switch | ||||
| Gas valves | ||||
| Manual reset hi-temp limit | ||||
| Mechanical purge timer | ||||
| Electrical interlocks off of starters | ||||
| 1 Set product doors to be constructed of 4” thick tongue and grove oven panels. These panels consist of 20 ga. Aluminized steel skins, 16 ga. Aluminized perforated channels, 6 lb. density mineral wool insulation. Hinges will be heavy duty strap | ||||
| Re-circulation Ductwork (Interior) to be fabricated of 20 ga. Aluminized steel with adjustable discharge nozzles | ||||
| Control Panel Type 1 industrial with main disconnect, and door mounted disconnect switch, motor starters with branch circuit and overload protection per NEC70 Article 430 | ||||
| Control Transformer with primary/secondary fusing. | ||||
| Control power supply 120vac/24vdc | ||||
| Ignition transformer | ||||
| Flame Safety Relay with Purge Card | ||||
| Air Flow Switches and interlocks | ||||
| Terminal Strip | ||||
| Operator remote control station with 5.7” BW touch screen | ||||
| Complete control panel to be UL 508A listed for flame control. | ||||
| PLC based control, and a touch screen remote. The control system shall continuously monitor all systems for safety, and function, built-in help screens to provide the operator with the current process of the oven. Pop up displays shall display running information and faults. The remote operator station shall come standard with a prewired cable assembly for fast easy wiring between the operator station and the control panel. | ||||
| Choice of Continuous run or Batch Control. | ||||
| Easy pop-up screens for setting temperatures, and batch cycle times. | ||||
| Digital display of Set Point Temperature, and Current process temperature | ||||
| Digital display of Batch Set Time, and Time Remaining. | ||||
| Intuitive pop-up screens of current changing operations, and faults. | ||||
| Exhaust Duct shall be single wall, un-insulated stack constructed of 20 ga. Aluminized steel with angle flanges of sufficient length to extend 6 ft. above the customer’s roof. Includes straight stack, ventilator and roof flange for a 35’ roof height | ||||
| Execution | ||||
| Shipment, installation and training to be completed by the contractor and coordinated with the customer. | ||||
| Contractor shall adhere to current installation security policies. | ||||
| Contractor shall cleanup work sites daily and properly dispose of debris off Government property | ||||
| Prior to beginning any work, the Contractor shall meet with the designated Government representative to discuss and develop mutual understandings relative to scheduling and administering work. All work shall be accomplished within 180 calendar days after date of award. This completion time includes 14-day period for checking background of the contractor’s personnel prior to arrival to start work on Base. All asbestos abatement and removal shall be accomplished on weekends and holidays (only if asbestos is found during the project). All other work shall be accomplished between the hours of 8:00 a.m. and 5:00 p.m., Monday thru Friday (excluding federal holidays) unless otherwise specified in the requirements section and specifically pre-arranged with the Contracting Officer. This requires a written request two (2) days prior to proposed work. | ||||
| Work shall be accomplished by personnel experienced in their respective trades. The Contractor shall perform all work in accordance with acceptable industry standards and all federal, state, and local codes. | ||||
| All work requiring energy (electrical, mechanical, hydraulic, pneumatic, chemical, thermal or other) removal shall be done in compliance with OSHA 29 CFR 1910.147 and 1910.333 lock-out/tag-out procedures for worker protection. No work will be performed on energized electrical circuits unless proof is provided that no other means exist. NFPA 70E (current edition), Standard for Electrical Safety in the Workplace, shall also be utilized for worker safety compliance. | ||||
| Except where specifically specified otherwise herein, all salvable materials and equipment disconnected or removed during the course of the work and not indicated or specified for reuse on the new work shall remain the property of the Government. All recyclable materials such as metals, pipes, pumps, engines, motors, and certain electrical components, to include switch gear, MCCs, conduit, copper wire, distribution and control panels, nuts, bolts, washers, old motor starters, obsolete breakers, cable lugs, conduit, conduit fittings, connection boxes, etc. will be recycled in accordance with MCO 5090.2A through the base Qualified Recycling Program (QRP). Remaining material shall be removed from the Government property. Contractor will disassemble or cut recyclable material to fit into roll-off containers or on flat bed trailers. With no part of the items hanging off the trailers or protruding out of the top of the containers. | ||||
| Prior to performing "Hot Work" (welding, cutting, etc.) or operating other flame-producing/spark producing devices, a written permit shall be requested from the Fire Division. CONTRACTORS ARE REQUIRED TO MEET ALL CRITERIA BEFORE A PERMIT IS ISSUED. The Contractor will provide at least two (2) ten (10) pound 4A:80 BC rated extinguishers for normal "Hot Work". All extinguishers shall be current inspection tagged, approved safety pin and tamper resistant seal. It is also mandatory to have a designated FIRE WATCH for any "Hot Work" done at this activity. The Fire Watch shall be trained in accordance with NFPA 51B and remain on-site for a minimum of 1 Hour after completion of the task or as specified on the hot work permit. When starting work in the facility, Contractors shall require their personnel to familiarize themselves with the location of the nearest fire alarm boxes and place in memory the EMERGENCY FIRE phone number 229-639-5911. ANY FIRE, NO MATTER HOW SMALL, SHALL BE REPORTED TO 229-639-5911 IMMEDIATELY. | ||||
| Note: Any deviation from the above described equipment, characteristics and requested delivery and installation shall be noted in the Quoter's Technical Discussion and equipment, specifications and delivery as well as detailed descriptions of any added value or benefit to the Government. |
SECT 3A Prior Exp Questions
| 47SWC23Q0106 - Conveyorized and Batch Powder Coating System - Section 3A: Prior Experience Worksheet | ||
| Please complete this workbook in its entirety, to be submitted for consideration. Quoter to complete all blue cells. | ||
| Question No. | Prior Experience Questions | Prior Experience Responses |
| 1 | How long has your firm been in business? (Limit response to no more than 50 words.) |
2 How many contracts/task orders has your firm successfully performed within the past three (3) years? (Limit response to no more than 300 words)
3 How many contracts/task orders has your firm successfully performed within the past three (3) years that have involved Conveyorized and Batch Powder Coating Systems? Please list your five (5) largest contracts/task orders. (Limit response to no more than 300 words)
4a How many contracts/task orders has your firm successfully performed within the past three (3) years that have involved providing Conveyorized and Batch Powder Coating Systems? Please list the relevant performance location information. (Limit response to no more than 350 words)
4b Please describe any difficulties/constraints you encountered providing support for the contracts/task orders described in Question 4a and what steps your firm took to overcome those challenges. (Limit response to no more than 350 words)
5 Has your firm earned any industry awards? If so, please list and provide description of award and why your firm received this recognition. (Limit response to no more than 300 words. If necessary, limit list of awards to those that are most relevant to this requirement)
6 How would your firm's Prior Experience provide value to the Government for this requirement? (Limit response to no more than 350 words)
7 How would your firm's Prior Experience mitigate risks to the Government for this requirement? (Limit response to no more than 350 words)
SECT 3B Prior Exp Projects
| 47SWC23Q0106 - Conveyorized and Batch Powder Coating System - Section 3B: Prior Experience Worksheet | ||||
| Please complete this workbook in its entirety, to be submitted for consideration. Quoter to complete all blue cells. | ||||
| PE #1 | PE #2 | PE #3 | ||
| 1 | Quoter Name |
2 Quoter UEI Number
3 Contract Number
4 Task Order Number
5 SCHEDULE/GWAC/OASIS Name, if applicable
6 Contract Type
7 Title of Requirement
8 Customer/Agency that Requirement is for
9 Award Date
10 Client POC Name
11 Client POC Email Address
12 Within 3 years of this RFQ (Y/N)?
13 Period of Performance (PoP)
14 Does this project have at least one yearly CPARS assessment completed?
15 Total Contract $$ Value
16 Quoter's Role (Prime or Sub)
17 If Sub-contractor, what percent of project value was completed by your firm?
| 18 | Equipment |
| Did this experience include providing any of the equipment as stated in Section C of the RFQ? | |
| If yes, please describe equipment provided and how they are relevant to this requirement in no more than 350 words |
File details come from the government source that posted it. Updated .