Atk Space Systems Llc
CAGE Code: 18229
NCAGE Code: 18229
Status: Active
Type: Commercial Supplier
Dun & Bradstreet (DUNS): 131288391
Summary
Atk Space Systems Llc is an Active Commercial Supplier with the Cage Code 18229 and is tracked by Dun & Bradstreet under DUNS Number 131288391..
Address
6033 Bandini Blvd
Commerce CA 90040-2968
United States
Points of Contact
- Telephone:
- 7142406521
- http://www.psi-pci.com/
Related Information
People who viewed this 'CAGE Code' also viewed...
Environmental Transloading Services Sac And Fox Industries Ltd East Texas State University Dept Of Sherwood Medical Co Lanier Steel Products, Inc. Soffa Electric, Inc Independent Analysis Inc Choice Technical Services Inc Advanced Para Systems Inc Factory Direct Distribution Gruma Corp Apex Drum Company, Inc. Lee Graphics Inc Mount Vernon Mills Inc Alloy Machining Services, Inc. Analytical Consulting Services Inc Specialty Enterprises Gehr Industries, Inc. Fdh Aero, Llc Speight Sand And Gravel
Frequently Asked Questions (FAQ) for CAGE 18229
- What is CAGE Code 18229?
- 18229 is the unique identifier used by NATO Organizations to reference the physical entity known as Atk Space Systems Llc located at 6033 Bandini Blvd, Commerce CA 90040-2968, United States.
- Who is CAGE Code 18229?
- 18229 refers to Atk Space Systems Llc located at 6033 Bandini Blvd, Commerce CA 90040-2968, United States.
- Where is CAGE Code 18229 Located?
- CAGE Code 18229 is located in Commerce, CA, USA.
Contracting History for CAGE 18229 Most Recent 25 Records
- 80GSFC21C0054
- Roman Space Telescope Project Propellant Tanks
- 29 Sep 2022
- Roman Space Telescope Project Propellant Tanks
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $2,622,747.00
- National Aeronautics And Space Administration (Nasa)
- 80GSFC21C0054
- Roman Space Telescope Project Propellant Tanks
- 28 Aug 2023
- Roman Space Telescope Project Propellant Tanks
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $2,622,747.00
- National Aeronautics And Space Administration (Nasa)
- 80GSFC21C0054
- Roman Space Telescope Project Propellant Tanks
- 1 Feb 2023
- Roman Space Telescope Project Propellant Tanks
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $2,622,747.00
- National Aeronautics And Space Administration (Nasa)
- 80GSFC21C0054
- Roman Space Telescope Project Propellant Tanks
- 20 Jul 2023
- Roman Space Telescope Project Propellant Tanks
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $2,622,747.00
- National Aeronautics And Space Administration (Nasa)
- 80GSFC21C0054
- Roman Space Telescope Project Propellant Tanks
- 2 Jun 2023
- Roman Space Telescope Project Propellant Tanks
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $2,622,747.00
- National Aeronautics And Space Administration (Nasa)
- 80GSFC21C0054
- Roman Space Telescope Project Propellant Tanks
- 1 May 2023
- Roman Space Telescope Project Propellant Tanks
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $2,622,747.00
- National Aeronautics And Space Administration (Nasa)
- 80GSFC21C0054
- Eo14042 Roman Space Telescope Propellant Tanks
- 19 Nov 2021
- Eo14042 Roman Space Telescope Propellant Tanks
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $2,622,747.00
- National Aeronautics And Space Administration (Nasa)
- 80GSFC19C0003
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing; All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- 16 May 2019
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing; All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $1,441,974.00
- National Aeronautics And Space Administration (Nasa)
- 80GSFC19C0003
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing; All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- 9 Jul 2019
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing; All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $1,441,974.00
- National Aeronautics And Space Administration (Nasa)
- 80GSFC19C0003
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- 24 Nov 2020
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $1,711,241.00
- National Aeronautics And Space Administration (Nasa)
- 80GSFC19C0003
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- 26 Feb 2021
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $1,711,241.00
- National Aeronautics And Space Administration (Nasa)
- 80GSFC19C0003
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- 31 Jan 2020
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $1,711,241.00
- National Aeronautics And Space Administration (Nasa)
- 80GSFC19C0003
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- 28 Apr 2021
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $1,711,241.00
- National Aeronautics And Space Administration (Nasa)
- 80GSFC19C0003
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing; All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- 30 Oct 2018
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing; All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $1,441,974.00
- National Aeronautics And Space Administration (Nasa)
- 80GSFC19C0003
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- 17 Dec 2020
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $1,711,241.00
- National Aeronautics And Space Administration (Nasa)
- 80GSFC19C0003
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- 23 Apr 2020
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $1,711,241.00
- National Aeronautics And Space Administration (Nasa)
- 80GSFC19C0003
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- 28 Aug 2020
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $1,711,241.00
- National Aeronautics And Space Administration (Nasa)
- 80GSFC19C0003
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- 19 Dec 2019
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $1,711,241.00
- National Aeronautics And Space Administration (Nasa)
- 80GSFC19C0003
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- 26 Jun 2020
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $1,711,241.00
- National Aeronautics And Space Administration (Nasa)
- 80GSFC19C0003
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- 29 Nov 2019
- This Procurement Is For A Space Flight Propellant Tank For The Plankton, Aerosol, Cloud, Ocean Ecosystem (Pace) Spacecraft. This Contract Includes The Fabricating, Test, Inspect, And Deliver Of One (1) Diaphragm Propellant Tank, Utilize An Existing Propellant Tank Simulator To Perform Diaphragm And Slosh Testing, And Perform Propellant Tank Vibration Testing. The Contractor Will Also Provide Gsfc No-Cost Use Of Their Propellant Tank Simulator For Supporting Propellant Tank Close Out Welding. This Simulator Will Be Shipped To Gsfc Upon Completion Of Slosh Testing. Pace Is Comprised Of Three Instruments, An Ocean Color Instrument (Oci) And Two Polarimeters (Harp2 And Spexone). The Oci Is The Primary Instrument On The Observatory And Is Being Developed At Gsfc. The Oci Is A Hyper-Spectral Scanning (Hss) Radiometer Designed To Measure Spectral Radiances From The Ultraviolet To Shortwave Infrared (Swir) To Enable Advanced Ocean Color And Heritage Cloud And Aerosol Particle Science. The Polarimeters Are Secondary Instruments On The Pace Observatory, Developed Outside Of Gsfc. Both Polarimeters Are Multi-Band, Multi-Angle Polarimeters Planned To Measure Spectral Polarized And Unpolarized Radiances To Enable Advanced Cloud And Aerosol Particle Science, As Well As Improved Atmospheric Correction For Ocean Color Activities. The Pace Mission Requires An Integrated Propulsion System. The Pace Propulsion Subsystem Consists Of The Components Required To Contain, Control, Monitor, And Utilize Hydrazine Propellant To Accomplish Orbit Maneuvering And Momentum Management Requirements. The Propulsion Subsystem Includes A Propellant Tank, Propellant Filter, Pressure Transducers, Surge Suppression Devices, Latching Isolation Valves, Fill And Drain Valves, Thrusters, And Interconnecting Tubing. The Propulsion Subsystem Also Includes Electrical Hardware Connecting Components To Avionics And Test Connectors, As Well As Heaters, Thermostats, And Sensors On The Propellant Lines And Components. The System Is An All Welded System Using Stainless Steel Tubing All Welds Are Radiographically Inspected Prior To The System Proof Pressure Test And Checked For Leakage After The System Proof Pressure Test. The Propulsion Subsystem Is A Monopropellant Hydrazine System Using Unregulated (Blowdown) Gaseous Helium Pressurization
- Nasa Goddard Space Flight Center
- National Aeronautics And Space Administration (Nasa)
- $1,441,974.00
- National Aeronautics And Space Administration (Nasa)