A computer program is described which can be used to predict the transient performance of vacuum-desorbed sorbent beds for CO2 or water removal, and composite beds of two sorbents for simultaneous humidity control and CO2 removal. The program was written primarily for silica gel and molecular sieve inorganic sorbents, but can be used for a variety of adsorbent materials. Part 2 of this report describes a computer program which can be used to predict performance for multiple-bed CO2-removal sorbent systems. This program is an expanded version of the composite sorbent bed program described in Part 1
The optimization trends and operating parameters of an integral molecular sieve bed heat exchanger w...
A novel liquid impregnated solid sorbent was developed for CO2 removal in the temperature range of a...
The project consisted of performing experiments on single and dual bed vapor adsorption systems, the...
Experimental and analytic studies were conducted with molecular sieve sorbents to provide basic desi...
The sorbent behavior of solid amine resin IR-45 with regard to potential use in regenerative CO2-rem...
A regenerable sorbent system was investigated for controlling the humidity and carbon dioxide concen...
Aboard the International Space Station, CO2 is removed from the cabin atmosphere by a four-bed molec...
Developments to improve system efficiency and reliability for water and carbon dioxide separation sy...
The Atmosphere Revitalization Recovery and Environmental Monitoring (ARREM) project was initiated in...
In NASA s Vision for Space Exploration, humans will once again travel beyond the confines of earth s...
The separation of gases through adsorption plays an important role in the chemical processing indust...
The carbon dioxide removal assembly (CDRA) has been used for the past two decades to continually rem...
Performance tests and operating parameters of regenerable two-bed organic amine carbon dioxide remov...
Long term space missions require carbon dioxide removal systems that can function with minimal downt...
Activated carbon adsorption and desorption characteristics and regenerable sorption applicability to...
The optimization trends and operating parameters of an integral molecular sieve bed heat exchanger w...
A novel liquid impregnated solid sorbent was developed for CO2 removal in the temperature range of a...
The project consisted of performing experiments on single and dual bed vapor adsorption systems, the...
Experimental and analytic studies were conducted with molecular sieve sorbents to provide basic desi...
The sorbent behavior of solid amine resin IR-45 with regard to potential use in regenerative CO2-rem...
A regenerable sorbent system was investigated for controlling the humidity and carbon dioxide concen...
Aboard the International Space Station, CO2 is removed from the cabin atmosphere by a four-bed molec...
Developments to improve system efficiency and reliability for water and carbon dioxide separation sy...
The Atmosphere Revitalization Recovery and Environmental Monitoring (ARREM) project was initiated in...
In NASA s Vision for Space Exploration, humans will once again travel beyond the confines of earth s...
The separation of gases through adsorption plays an important role in the chemical processing indust...
The carbon dioxide removal assembly (CDRA) has been used for the past two decades to continually rem...
Performance tests and operating parameters of regenerable two-bed organic amine carbon dioxide remov...
Long term space missions require carbon dioxide removal systems that can function with minimal downt...
Activated carbon adsorption and desorption characteristics and regenerable sorption applicability to...
The optimization trends and operating parameters of an integral molecular sieve bed heat exchanger w...
A novel liquid impregnated solid sorbent was developed for CO2 removal in the temperature range of a...
The project consisted of performing experiments on single and dual bed vapor adsorption systems, the...