Sierra Nevada Corp

CAGE Code: 7UFJ6

NCAGE Code: 7UFJ6

Status: Active

Type: Manufacturer

Summary

Sierra Nevada Corp is an Active Manufacturer with the Cage Code 7UFJ6.

Address

1212 Fourier Dr
Madison WI 53717-1961
United States

Points of Contact

No Points of Contact...

Related Information

No Related Information...

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CAGE Code FAQ Frequently Asked Questions (FAQ) for CAGE 7UFJ6

What is CAGE Code 7UFJ6?
7UFJ6 is the unique identifier used by NATO Organizations to reference the physical entity known as Sierra Nevada Corp located at 1212 Fourier Dr, Madison WI 53717-1961, United States.
Who is CAGE Code 7UFJ6?
7UFJ6 refers to Sierra Nevada Corp located at 1212 Fourier Dr, Madison WI 53717-1961, United States.
Where is CAGE Code 7UFJ6 Located?
CAGE Code 7UFJ6 is located in Madison, WI, USA.

Contracting History for CAGE 7UFJ6 Contracting History for CAGE 7UFJ6 Most Recent 25 Records

80HQTR19C0019
Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
24 Jul 2023
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$4,833,585.00
80HQTR19C0019
Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
31 Aug 2022
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$4,833,585.00
80HQTR19C0019
Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
14 Jun 2023
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$4,833,585.00
80NSSC19C0047
Eo14042 Carbothermal Reactor Flight-Like Design And Analysis
6 Jan 2022
Nasa Shared Services Center
National Aeronautics And Space Administration (Nasa)
$3,027,537.00
80HQTR19C0019
Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
28 Jun 2022
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$4,833,585.00
80NSSC19C0047
Eo14042 Carbothermal Reactor Flight-Like Design And Analysis
26 Oct 2022
Nasa Shared Services Center
National Aeronautics And Space Administration (Nasa)
$3,027,537.00
80HQTR19C0019
Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
18 Nov 2020
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$4,833,585.00
80HQTR19C0019
Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
9 May 2019
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$4,833,585.00
80HQTR19C0019
Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
13 Sep 2023
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$5,007,446.00
80HQTR19C0019
Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
9 Nov 2023
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$6,929,044.00
80HQTR19C0019
Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
6 May 2019
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$4,833,585.00
80HQTR19C0019
Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
15 Mar 2023
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$4,833,585.00
80NSSC19C0047
Carbothermal Reactor Flight-Like Design And Analysis
30 Jun 2021
Nasa Shared Services Center
National Aeronautics And Space Administration (Nasa)
$2,433,027.00
80HQTR19C0019
Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
13 Mar 2020
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$4,833,585.00
80NSSC19C0047
Eo14042 Carbothermal Reactor Flight-Like Design And Analysis
15 Oct 2021
Nasa Shared Services Center
National Aeronautics And Space Administration (Nasa)
$2,433,027.00
80HQTR19C0019
Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
5 Nov 2021
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$4,833,585.00
80NSSC19C0047
Eo14042 Carbothermal Reactor Flight-Like Design And Analysis
14 Apr 2022
Nasa Shared Services Center
National Aeronautics And Space Administration (Nasa)
$3,027,537.00
80HQTR19C0019
Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
7 Oct 2019
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$4,833,585.00
80HQTR19C0019
Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
16 Oct 2019
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$4,833,585.00
80HQTR19C0019
Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
6 Oct 2020
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$4,833,585.00
80HQTR19C0019
Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
17 Sep 2021
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$4,833,585.00
80HQTR19C0019
Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
26 Jun 2023
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$4,833,585.00
80HQTR19C0019
Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
20 May 2021
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$4,833,585.00
80HQTR19C0019
Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
2 Sep 2020
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$4,833,585.00
80HQTR19C0019
Eo14042 Baa R&D - The Next Space Technologies For Exploration Partnerships -2 (Nextstep-2) Appendix F: Logistics Reduction (Lr) In Space By Trash Compaction And Processing System (Tcps) Broad Agency Announcement (Baa) Was Originally Issued July 3, 2018. Proposals Were Received And Evaluated And Selections Of Successful Proposals Announced October 5, 2018. Nasa Issued This Solicitation To Solicit Ideas And Technologies To Advance Trash Compaction And Processing (Tcps) Capabilities. Trash Processing Enables Reduction In Mass, Volume, And The Crew Time Dedicated To Logistics Management. The Current Approach To Trash Management Entails Manually Compacting, Temporarily Storing It, And Then Disposing Of The Trash Either By Return To Earth Or Incineration During Reentry In A Disposable Supply Vehicle. Long Distances From Earth And Lengthy Durations With Limited Or No Resupply Will Characterize Future Human Missions. Returning Trash To Earth Will Be Impractical, Jettisoning During The Mission Can Result In Loss Of Valuable Recoverable Resources And Disposing Of It Locally May Pose A Planetary Protection Risk, If Left Untreated..Nasa Needs A System That Can Handle Astronaut Trash In Situ Rather Than Disposing Of It Overboard. However, Storing Trash Inside A Spacecraft Creates Physical And Biological Hazards For The Crew, Consumes Critical Habitat Volume, And Sequesters Potentially Valuable Resources. This Was One Of The Successful Proposals For Research Contracts In Areas For Design, Fabrication, And Testing Of Critical Components For A Tcps That Compacts Trash To Reduce Storage Volume, Renders It Biologically And Physically Safe And Stable, Recovers Trapped Resources, And Forms Residual Material Into A Storable, Potentially Useful Product.
19 Oct 2021
Nasa Headquarters
National Aeronautics And Space Administration (Nasa)
$4,833,585.00