Contractor directory

INNOSENSE CORPORATION

REDONDO BEACH, CA · UEI Y45MWN6YRAB1 · CAGE 1ZFR7

Largest contract awards

• HQ014716C7745$4.5M

  ::IGF::OT::IGF: SBIR PHASE II RESEARCH&DEVELOPMENT: SECOND SBIR PHASE II

  Missile Defense Agency · NAICS 541712 · Jun 2016 – Jan 2021 · official record ↗

• HQ086022C7146$1.7M

  SBIR/STTR PHASE II R&D: LITHIUM OXYHALIDE BATTERY SEPARATOR MATERIAL

  Missile Defense Agency · NAICS 541715 · Sep 2022 – Feb 2025 · official record ↗

• W15QKN09C0153$1.7M

  PHASE II SBIR

  Defense Contract Management Agency · NAICS 541712 · Sep 2009 – Aug 2015 · official record ↗

• W81XWH17C0188$1000K

  IGF::CT::IGF SBIR PHASE II TASKING

  Department of the Army · NAICS 541712 · Sep 2017 – Feb 2021 · official record ↗

• HQ014717C7324$1000K

  IGF::OT::IGF SBIR/STTR PHASE II R&D

  Defense Contract Management Agency · NAICS 541712 · Jun 2017 – Mar 2021 · official record ↗

• 80NSSC22CA061$800K

  NANOLAYER-COATED FLAME-RETARDANT FABRICS FOR SPACE CREW CLOTHING

  National Aeronautics and Space Administration · NAICS 541715 · Aug 2022 – Aug 2024 · official record ↗

• 80NSSC22CA026$760K

  E014042 STTR PHASE II NANOMATERIALS BASED IN-LINE SENSOR FOR IONIC SILVER IN SPACECRAFT POTABLE WATER SYSTEMS

  National Aeronautics and Space Administration · NAICS 541715 · Mar 2022 – Mar 2024 · official record ↗

• NNX17CK03C$755K

  IGF::OT::IGF AS CALLED OUT IN THE NASA TECHNICAL ROADMAP (TA7), IN-ORBIT OR DEEP SPACE-BASED PLANT GROWTH SYSTEMS ARE OF INTEREST TO NASA AS PART OF FUNDAMENTAL SPACE RESEARCH AND FOR ENSURING SUPPLY OF FRESH PRODUCE TO THE CREW FOR SUSTAINABLE HUMAN SPACEFLIGHT. ETHYLENE GAS IS A NATURAL PLANT METABOLITE AND PHYTOHORMONE. IN ENCLOSED SPACESHIP SETTINGS, ETHYLENE BUILD-UP CAN BE DELETERIOUS TO PLANTS. THUS, THERE IS A NEED TO MONITOR ETHYLENE IN REAL-TIME, SENSITIVELY, REVERSIBLY AND EFFECTIVELY. STATE OF THE ART TECHNOLOGY IS LIMITED IN TERMS OF PORTABILITY AND ABILITY FOR IN-SITU MEASUREMENTS WITH DESIRED SELECTIVITY AND SENSITIVITY. TO CLOSE THIS TECHNOLOGY GAP, INNOSENSE LLC (ISL) WILL CONTINUE DEVELOPING A SPACE-COMPATIBLE, POLYMER NANOWIRE BASED ETHYLENE MONITOR OR PNET-MON (TM). IN PHASE I, ISL FABRICATED A COMPACT BREADBOARD PNET-MON DEVICE THAT DEMONSTRATED RESPONSE TO PPB LEVELS OF ETHYLENE WITH IMMUNITY TO INTERFERING METABOLITES. IN PHASE II, ISL WILL OPTIMIZE FABRICATION OF THE REVERSIBLE SENSOR, DEVELOP PROTOTYPE HARDWARE HAVING NASA-RELEVANT FOOTPRINT. THE PNET-MON PROTOTYPE WILL BE EVALUATED RIGOROUSLY FIRST UNDER LABORATORY CONDITIONS. WE HAVE TEAMED WITH A PRIME CONTRACTOR FOR TESTING THE PROTOTYPE IN ADVANCED PLANT HABITAT (APH) SYSTEM WITH THE GOAL OF INTEGRATING PNET-MON WITH APH SYSTEM FOR DELIVERY TO NASA.

  National Aeronautics and Space Administration · NAICS 541712 · Jun 2017 – Sep 2020 · official record ↗

• FA864920C0311$750K

  THIS PROJECT ADDRESSES THE U.S. AIR FORCE NEEDS FOR SINGLE-PIECE, ELECTRONICALLY DIMMABLE EYE PROTECTION DEVICE (EDEPD).

  Department of the Air Force · NAICS 541715 · Sep 2020 – May 2023 · official record ↗

• 80NSSC18C0082$750K

  HYDRAZINE, A VOLATILE AND FLAMMABLE COLORLESS LIQUID, IS CLASSIFIED AS A CARCINOGEN BY THE US ENVIRONMENTAL PROTECTION AGENCY. IT CAN CAUSE CHROMOSOME ABERRATIONS NEGATIVELY AFFECTING THE LUNGS, LIVER, SPLEEN, THYROID GLAND, AND CENTRAL NERVOUS SYSTEM. NASA S EXISTING HYDRAZINE MEASUREMENT TECHNOLOGY IS SENSITIVE, SELECTIVE AND RELIABLE, BUT IT TAKES 15 MINUTES TO COLLECT AND ANALYZE A SAMPLE. FOR FUTURE MISSIONS BEYOND LOW EARTH ORBIT, NASA WILL NEED A MEASUREMENT SYSTEM THAT RESPONDS WITHIN 30 SECONDS WITHOUT ANY PERFORMANCE LIMITATIONS SUCH AS LACK OF SPECIFICITY AND MAINTENANCE CHALLENGES. TO FULFILL NASA NEEDS, INNOSENSE LLC (ISL) WILL CONTINUE DEVELOPING A SPACE-WORTHY MICRO-ELECTROANALYTICAL SENSOR FOR RAPID MONITORING OF HYDRAZINE (MICRO-ZIN ) IN THE PRESENCE OF AMMONIA IN SPACECRAFT CABIN ATMOSPHERE (SCA) FOR LONG-TERM PERFORMANCE WITHOUT MAINTENANCE. IN PHASE I, ISL DEVELOPED A COMPACT MICRO-ZIN WORKING MODEL AND DEMONSTRATED ITS PERFORMANCE DETECTING HYDRAZINE WITH HIGH SENSITIVITY AND SELECTIVITY OVER AMMONIA, FAST RESPONSE TIME (T90>30 SECONDS), REVERSIBILITY, CYCLABILITY AND REPRODUCIBILITY UNDER NASA-REQUIRED SCA CONDITIONS, MEETING OR EXCEEDING PERFORMANCE TARGETS. IN PHASE II, ISL WILL FOCUS ON OPTIMIZATION AND SCALE-UP OF MICRO-ZIN FOLLOWING FINE-TUNING OF PERFORMANCE AND ANALYZING LIFE EXPECTANCY BY RIGOROUS TESTING. COMPLEX MODELING, PACKAGE DESIGN, AND CONSTRUCTION OF A MICRO-ZIN PROTOTYPE FOR SCA-LEVEL TESTING ARE ALSO PLANNED. AT THE END OF PHASE II, A COMPACT, BATTERY-OPERATED, HANDHELD MICRO-ZIN PROTOTYPE WILL BE DELIVERED TO NASA FOR FURTHER EVALUATION.

  National Aeronautics and Space Administration · NAICS 541715 · May 2018 – May 2021 · official record ↗

• NNX17CJ04C$586K

  IGF::OT::IGF FUTURE MANNED MISSION VENTURING INTO DEEP SPACE WILL REQUIRE SOPHISTICATED THERMAL CONTROL SYSTEMS TO PROTECT AGAINST EXTREME ENVIRONMENTS RANGING FROM DIRECT ILLUMINATION BY SOLAR RADIATION TO COMPLETE DARKNESS. TO MANAGE THESE EXTREMES, HEAT EXCHANGERS COMPOSED OF PHASE CHANGE MATERIALS THAT CAN EXPAND AND CONTRACT WITHOUT CAUSING STRUCTURAL DAMAGE, WILL BE ESSENTIAL. THIS PROJECT WILL FURTHER-ENGINEER IONIC LIQUID-BASED PHASE CHANGE MATERIALS (PCMS) TO: (1) TUNE THE MELTING POINT FOR ORION PLATFORM HEAT EXCHANGER APPLICATIONS, (2) FURTHER-ELEVATE THERMAL CONDUCTIVITY FOR BOTH SOLID AND LIQUID, AND (3) EVENLY-REGULATE HEAT TRANSFER AMONG COMPONENTS. IN PHASE I, INNOSENSE LLC (ISL) DEVELOPED EFFECTIVE PCM FORMULATIONS AND TESTED THEIR THERMAL PROPERTIES. THESE MATERIALS EXHIBITED HIGH HEAT OF FUSION (254-272 KKG) WITH LOW VOLUME EXPANSION (4-6%) COMPARED WITH THE CURRENT STANDARD, PENTADECANE (6-7%). WE DEMONSTRATED IONOTHERM TO HAVE HIGHER THERMAL CONDUCTIVITY, HEAT STORAGE, THERMAL DIFFUSIVITY AND THERMAL INERTIA OVER PENTADECANE. FURTHER, TESTS INDICATED THAT IONOTHERM DID NOT CORRODE METALLIC SUBSTRATES, PHASE-SEPARATE OR DEGRADE. IN PHASE II, ISL WILL FINE-TUNE THE PCM FORMULATION AND EVALUATE IT IN A FLIGHT LEVEL PROTOTYPE HEAT EXCHANGER. A NASA PRIME CONTRACTOR HAS TEAMED WITH ISL TO TRANSITION ISL'S IONOTHERM, AND PERFORM INDEPENDENT TESTING DURING PHASE II AND BEYOND UNDER SIMULATED FIELD CONDITIONS.

  National Aeronautics and Space Administration · NAICS 541712 · Jun 2017 – Mar 2019 · official record ↗

• 80NSSC23PB446$181K

  PHASE I STTR: NANOMATERIALS BASED GAS SENSOR FOR ISRU PROCESS CONTAMINANTS

  National Aeronautics and Space Administration · NAICS 541715 · Aug 2023 – Sep 2024 · official record ↗

Public records from FPDS (via USAspending.gov) and SAM.gov. Figures reflect harvested award data and may not be complete; verify against the linked official records. Not an endorsement. Company in the data by mistake or wish to update it? Email support@usegovscout.com.