NNH16CL01C

IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.

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Award details

Obligations, current value and potential value describe different measures; they are never added together.

Field	Reported value
Agency	National Aeronautics and Space Administration
Office	NASA HEADQUARTERS
NAICS	541712
PSC	AR21 — SPACE SCIENCE AND APPLICATIONS - BASIC RESEARCH
Parent award / vehicle	Not reported
Set-aside	SMALL BUSINESS SET ASIDE - TOTAL
Pricing type	COST PLUS FIXED FEE
Obligations	$13.9M
Current contract value	$14.1M
Potential contract value / ceiling	$14.1M
Start date	Jun 27, 2016
Current end date	Jan 31, 2022
Potential end date	Jan 31, 2022
Latest award activity	Sep 11, 2026
Source loaded	Sep 26, 2026

Funding and modification history

Showing the latest 39 of 39 loaded transactions. Negative values are deobligations.

Date	Modification	Obligation change	Description
Sep 11, 2026	P00038	$-94.5K	EO14042 RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Sep 16, 2022	37	$-75.7K	EO14042 RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Oct 14, 2021	36	$0	EO14042 RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Aug 19, 2021	35	$0	RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Jul 19, 2021	34	$226.9K	RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
May 28, 2021	33	$200.0K	RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
May 7, 2021	32	$0	RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Feb 2, 2021	31	$125.0K	RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Nov 25, 2020	30	$0	RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Sep 30, 2020	29	$315.0K	RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Sep 23, 2020	28	$0	RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Aug 5, 2020	27	$500.0K	RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Jun 11, 2020	26	$0	RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
May 1, 2020	25	$928.7K	RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Mar 31, 2020	24	$203.4K	RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Feb 19, 2020	23	$493.0K	RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Dec 18, 2019	22	$470.0K	RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Aug 23, 2019	21	$791.1K	RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Apr 19, 2019	20	$941.4K	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Feb 22, 2019	19	$0	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Feb 11, 2019	18	$835.0K	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Nov 9, 2018	17	$0	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Nov 7, 2018	16	$433.0K	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Jul 17, 2018	15	$1.1M	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Apr 3, 2018	14	$0	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Mar 16, 2018	13	$1.0M	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Jan 11, 2018	12	$36.0K	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Dec 19, 2017	11	$337.9K	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Sep 27, 2017	10	$459.5K	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Sep 12, 2017	9	$500.0K	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Aug 25, 2017	8	$0	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Jun 8, 2017	7	$500.0K	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
May 18, 2017	6	$1.0M	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Apr 28, 2017	5	$0	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Mar 13, 2017	4	$500.0K	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Dec 14, 2016	3	$1.0M	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Sep 20, 2016	2	$400.0K	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Aug 16, 2016	1	$400.0K	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.
Jun 28, 2016	0	$400.0K	IGF::OT::IGF RECOVERY OF POTABLE WATER FROM WASTEWATER IS ESSENTIAL TO THE SUCCESS OF LONG-DURATION HUMAN SPACEFLIGHT. FOR HUMAN MISSIONS TO MARS, THE TECHNOLOGY MATURATION (TA 207) OBJECTIVE IS TO RECOVER GREATER THAN 98 PERCENT OF THE WATER FROM WASTEWATER SOURCES (URINE, HUMIDITY CONDENSATE, ETC.). THIS CONTRACT IS FOR THE DEVELOPMENT OF IONOMER-MEMBRANE WATER PROCESSOR (IWP) BRINE PROCESSOR FOR FLIGHT DEMONSTRATION ON THE INTERNATIONAL SPACE STATION (ISS). REQUIREMENTS FOR THE BRINE PROCESSOR WILL BE BASELINED BY NASA AND AGREED TO BY THE CONTRACTOR UNDER THE PHASE III SBIR NNX16CJ02C. AN ISS FLIGHT DEMONSTRATION IS NEEDED TO VALIDATE AND FULLY CHARACTERIZE BRINE PROCESSOR SYSTEM PERFORMANCE IN A RELEVANT ENVIRONMENT FOR FUTURE EXPLORATION MISSIONS. THE RELEVANT ENVIRONMENT IN THIS CASE INCLUDES BOTH MICRO-GRAVITY AND LONG-DURATION EXPOSURE TO MICRO-G CREW-PRODUCED BRINE VIA THE URINE PROCESSOR. THE BRINE PROCESSOR WILL BE FLOWN AS A CLASS 1E PIECE OF HARDWARE. TASKS INCLUDE 1) COMPLETE TECHNOLOGY MATURATION OF KEY COMPONENT SUBSYSTEMS OF THE IWP FROM THE PHASE III SBIR INCLUDING BLADDER HEAT SEALING, LOW-PROFILE SIDE-MOUNTED FILL PORT, DETRUSOR AND SYSTEM COMPATIBILITY WITH INADVERTENT EXPOSURE TO 14.7 PSIG DURING BRINE FILL; 2) SYSTEM DESIGN CYCLE INCLUDING HEATER AND ENERGY MANAGEMENT TRADE; 3) INTEGRATED SYSTEM AND COMPONENT PRELIMINARY DESIGN; 4) INTEGRATED SYSTEM AND COMPONENT FINAL DESIGN AND REVIEW; 5) MANUFACTURING OF ONE COMPLETE IWP ASSEMBLY, 42 BLADDERS (18 FOR QUALIFICATION TESTING AND 24 FOR FLIGHT), ONE NON-OPERATING TRAINING UNIT WITH SPARES; 6) PROTOFLIGHT QUALIFICATION TESTING AND BLADDER ACCEPTANCE TESTING; 7) HARDWARE ACCEPTANCE REVIEW AND DELIVERY OF A BRINE PROCESSOR AND ASSOCIATED CONSUMABLES, FOR AN ISS TECHNOLOGY DEMONSTRATION; 8) POST-DELIVERY AND ON-ORBIT SUPPORT WHICH INCLUDES GENERATION OF OPERATIONS AND MAINTENANCE HANDBOOK FOR USE BY NASA IN SUPPORT OF CREW TRAINING AND THE DEVELOPMENT OF ON-ORBIT OPERATIONS AND MAINTENANCE, CREW TRAINING SUPPORT, AND ON-ORBIT OPERATIONS SUPPORT AND SUPPORT WITH NASA ON-ORBIT ANOMALY RESOLUTION AND GENERATION OF AN ON-ORBIT TEST REPORT WITH LESSONS LEARNED AND RECOMMENDATIONS FOR IMPROVEMENTS.

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