The optimization trends and operating parameters of an integral molecular sieve bed heat exchanger were investigated. The optimum combination of substrate and coating for the HS-B porous polymer was determined based on the CO2 dynamic capacity in the presence of water vapor. Full size HS-B canister performance was evaluated. An Amine CO2 Concentrator utilizing IR-45 sorber material and available Manned Orbiting Laboratory hardware was designed, fabricated and tested for use as an experiment in the NASA 90-day space simulator test of 1970. It supported four men in the simulator for 71 days out of the 90-day test duration
Onboard the ISS, one of the systems tasked with removal of metabolic carbon dioxide (CO2) is a 4-bed...
The International Space Station Carbon Dioxide Removal Assembly uses zeolite 5A molecular sieve mate...
A regenerable solid amine material to perform the functions of humidity control and CO2 removal for ...
Development work on system design information for amine type carbon dioxide sorber is reported. Ambe...
The sorbent behavior of solid amine resin IR-45 with regard to potential use in regenerative CO2-rem...
Experimental and analytic studies were conducted with molecular sieve sorbents to provide basic desi...
An essential function of a space environmental control system is the removal of carbon dioxide (CO2)...
The objective of this research is to quantitatively characterize the performance of two major types ...
A regenerable sorbent system was investigated for controlling the humidity and carbon dioxide concen...
A 4BMS-X (Four Bed Molecular Sieve - Exploration) design and heater optimization study for CO2 sorbe...
Efforts over the past three years have focused on the study of candidate sorbent materials for use i...
Designers of future space vehicles envision simplifying the Atmosphere Revitalization (AR) system by...
The previous three years of efforts have focused on the study of the sorbent materials available for...
Controlling carbon dioxide (CO2) and water (H2O) vapor concentrations in a space suit is critical to...
Aboard the International Space Station, CO2 is removed from the cabin atmosphere by a four-bed molec...
Onboard the ISS, one of the systems tasked with removal of metabolic carbon dioxide (CO2) is a 4-bed...
The International Space Station Carbon Dioxide Removal Assembly uses zeolite 5A molecular sieve mate...
A regenerable solid amine material to perform the functions of humidity control and CO2 removal for ...
Development work on system design information for amine type carbon dioxide sorber is reported. Ambe...
The sorbent behavior of solid amine resin IR-45 with regard to potential use in regenerative CO2-rem...
Experimental and analytic studies were conducted with molecular sieve sorbents to provide basic desi...
An essential function of a space environmental control system is the removal of carbon dioxide (CO2)...
The objective of this research is to quantitatively characterize the performance of two major types ...
A regenerable sorbent system was investigated for controlling the humidity and carbon dioxide concen...
A 4BMS-X (Four Bed Molecular Sieve - Exploration) design and heater optimization study for CO2 sorbe...
Efforts over the past three years have focused on the study of candidate sorbent materials for use i...
Designers of future space vehicles envision simplifying the Atmosphere Revitalization (AR) system by...
The previous three years of efforts have focused on the study of the sorbent materials available for...
Controlling carbon dioxide (CO2) and water (H2O) vapor concentrations in a space suit is critical to...
Aboard the International Space Station, CO2 is removed from the cabin atmosphere by a four-bed molec...
Onboard the ISS, one of the systems tasked with removal of metabolic carbon dioxide (CO2) is a 4-bed...
The International Space Station Carbon Dioxide Removal Assembly uses zeolite 5A molecular sieve mate...
A regenerable solid amine material to perform the functions of humidity control and CO2 removal for ...