IGF::OT::IGF ZBOT-2 IS THE SECOND IN A SERIES OF SMALL-SCALE SIMULANT FLUID EXPERIMENTS THAT WILL BE USED TO OBTAIN VALUABLE MICROGRAVITY EMPIRICAL DATA FOR CRYOGENIC STORAGE TANK PRESSURE CONTROL DESIGN AND ARCHIVAL SCIENCE DATA FOR MODEL VALIDATION. THEY WILL BE USED TO BUILD A SCIENCE BASE FOR FUTURE SPACE STORAGE TANK ENGINEERING EFFORTS BY ELUCIDATING THE ROLES OF THE VARIOUS INTERACTING TRANSPORT AND PHASE CHANGE PHENOMENA THAT IMPACT TANK PRESSURIZATION AND PRESSURE CONTROL IN VARIABLE GRAVITY. THE PROJECT SCIENCE TEAM WILL DEVELOP, VALIDATE, AND VERIFY TWO-PHASE CFD MODELS FOR TANK PRESSURE CONTROL THAT CAN BE USED TO AID THE FUTURE SCALE-UP TANK DESIGN.

DELIVERY ORDER won by ZIN TECHNOLOGIES, INC. · work in CLEVELAND, OH
$7,426,980
RecipientZIN TECHNOLOGIES, INC. UEI Y9Y3LLQKWDN1
Award IDNNC16JZ22D
Award amount$7,426,980
Award typeDELIVERY ORDER
Awarding agencyNational Aeronautics and Space Administration — National Aeronautics and Space Administration
NAICS541712 — RESEARCH AND DEVELOPMENT IN THE PHYSICAL, ENGINEERING, AND LIFE SCIENCES (EXCEPT BIOTECHNOLOGY)
PSCAR23
Start dateNov 6, 2015
End dateMar 31, 2023
Place of performanceCLEVELAND, OH
Record updatedSep 15, 2022

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IGF::OT::IGF THE PURPOSE OF SAFFIRE IS TO CLOSE SPACECRAFT FIRE SAFETY KNOWLEDGE AND ENGINEERING GAPS ASSOCIATED WITH MATERIAL FLAMMABILITY, FIRE DETECTION, FIRE SUPPRESSION, AND POST-FIRE CLEAN-UP FOR NASA EXPLORATION VEHICLES. SAFFIRE-I, II, AND III WERE DEVELOPED TO INVESTIGATE LARGE-SCALE FLAME SPREAD AND MATERIAL FLAMMABILITY LIMITS IN LONG DURATION LOW-GRAVITY. SAFFIRE-IV, V, AND VI WILL CONTINUE TO INVESTIGATE THESE PHENOMENA AS WELL AS ADDRESS ADDITIONAL OBJECTIVES SUCH AS FLAME GROWTH/DYNAMICS, FIRE DETECTION, FIRE SUPPRESSION, POST-FIRE CLEANUP, POST-FIRE MONITORING AND FIRE BEHAVIOR MODELING.
National Aeronautics and Space Administration · $14,905,627 · Jul 15, 2015
IGF::OT::IGF DELIVERY ORDER NNC14JZ15D ENTITLED "HUMAN HEALTH COUNTERMEASURES (HHC) THIS DELIVERY ORDER COVERS SEVERAL AREAS INCLUDING ADVANCED EXERCISE CONCEPTS (AEC), EXERCISE COUNTERMEASURES LAB (ECL), SUSTAINING ENGINEERING AND QUALIFIED OPERATIONS, AND IN-FLIGHT LAB ANALYSIS (IFLA). THE MAJORITY OF THE WORK IS FOCUSED ON THE AEC EFFORT WHICH DEVELOPS EXERCISE HARDWARE SUITABLE FOR LONG-DURATION SPACE TRAVEL IN SEVERELY RESOURCE CONSTRAINED ENVIRONMENTS.
National Aeronautics and Space Administration · $12,692,579 · Mar 3, 2014
IGF::OT::IGF THIS DELIVERY ORDER SUPPORTS THE EXPLORATION MEDIACL CAPABILITY OF NASA'S HUMAN RESEARCH PROGRAM. THE WORK IS DIVIDED INTO SEVERAL TASKS. THOSE INCLUDE INTRAVENOUS FLUID GENERATION FOR EXPLORATION (IVGEN), IMAGING INTEGRATION, INJECTABLE MEDICATIONS, CONSUMABLE MEDICATION AND MEDICAL HARDWARE TRACKING, AND EXPLORATION LABORATORY ANALYSIS TO NAME A FEW.
National Aeronautics and Space Administration · $12,205,666 · Jan 1, 2014
IGF::OT::IGF THE NASA SPACE COMMUNICATIONS AND NAVIGATION (SCAN) PROGRAM IS DEVELOPING THE NEXT GENERATION OPEN ARCHITECTURE FOR CIVILIAN SPACE COMMUNICATIONS AND NAVIGATION. THE FUTURE ARCHITECTURE AND SYSTEM COMPONENTS MUST BE FLEXIBLE TO MEET DYNAMICALLY CHANGING NEEDS BETWEEN INVESTMENTS IN OPERATIONS (E.G., TO LOWER COST) AND DEVELOPMENT (I.E., TO INFUSE NEW AND EMERGING TECHNOLOGIES). THE RESULTANT ARCHITECTURE MUST BE AFFORDABLE AS WELL AS SUSTAINABLE WITHIN A FLAT OR DECREASING BUDGET ENVIRONMENT. SCAN PLANS ON DEVELOPING AN OPTICAL PATHFINDER SATELLITE (OPS) SPACECRAFT TO DEMONSTRATE AND VALIDATE AN OPTICAL COMMUNICATION SYSTEM TO: - BECOME AN INITIAL NODE FOR NEXT GENERATION SPACE COMMUNICATION ARCHITECTURE - CREATE RESILIENT, SECURE COMMUNICATIONS -DEMONSTRATE HIGH DATA RATE ROUTING, CROSS-LINKS, AND PROCESSING - DEMONSTRATE A TRANSITION PATH TO OPERATIONS - DEMONSTRATE INTEROPERABILITY BETWEEN MULTIPLE OPTICAL SYSTEMS THE NEXT GENERATION RELAY CAPABILITY (NGC) PROJECT IS LED BY NASA GLENN RESEARCH CENTER (GRC) SATCOM AND IS CURRENTLY IN THE PRE-FORMULATION PHASE. THE NGC EFFORT IS SPONSORED BY SCAN PROGRAM IN THE HUMAN EXPLORATION AND OPERATIONS MISSION DIRECTORATE FOR OPTICAL SPACE COMMUNICATIONS. NASA GRC IS CONSIDERING A PUBLIC-PRIVATE PARTNERSHIP (PPP) MODEL (NASA, OTHER GOVERNMENT AGENCIES (OGAS), AND INDUSTRY) FOR THE IMPLEMENTATION OF NGC. THE GOALS AND OBJECTIVES OF THIS PPP EFFORT ARE TO: - ENABLE U.S. PREEMINENCE IN EMERGING SPACE OPTICAL COMMUNICATIONS - ESTABLISH U.S. INDUSTRY SUPPLY CHAIN OF OPTICAL TECHNOLOGIES - PROVIDE INDUSTRY A PLATFORM TO DEMONSTRATE OPTICAL AND RF CAPABILITIES TO POTENTIALLY EXPAND IN EXISTING COMMUNICATION MARKETS OR SPUR NEW PRODUCTS AND SERVICES.
National Aeronautics and Space Administration · $10,604,868 · Aug 1, 2018
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