NASA has been active in developing processes to recover oxygen from meta-bolic carbon dioxide. Their ultimate objective has been to construct a life support system capable of supplying oxygen in a cyclic process. The cycle of interest here begins by reducing the carbon dioxide with hydrogen to form solid carbon and is known as the Bosch process. An iron catalyst is normally used
A critical component in spacecraft life support loop closure is the removal of carbon dioxide (CO2, ...
State-of-the-art life support oxygen recovery technology on the International Space Station is based...
Oxygen recovery from respiratory carbon dioxide is an important aspect of human spaceflight. Methods...
This next Generation Life Support Project entails the development and demonstration of Bosch reactio...
Human exploration missions to Mars and other destinations beyond low Earth orbit require highly robu...
Oxygen recovery from metabolically-produced carbon dioxide (CO2) is of critical importance for long-...
Future manned missions to deep space or planetary surfaces will undoubtedly incorporate highly robus...
Future long-duration manned space flights will require regenerative life-support systems. The Bosch ...
Oxygen recovery from metabolic carbon dioxide is an enabling capability for long-duration manned spa...
Minimizing resupply from Earth is essential for future long duration manned missions. The current ox...
Catalytic carbon dioxide reduction cartridge for oxygen recovery in life support systems of long ter...
Manned missions beyond low Earth orbit will require highly robust, reliable, and maintainable life s...
Current air revitalization technology onboard the International Space Station (ISS) cannot provide c...
The Next Generation Life Support Spacecraft Oxygen Recovery (SCOR) project element is dedicated to d...
Current oxygen recovery technology onboard the International Space Station only recovers approximate...
A critical component in spacecraft life support loop closure is the removal of carbon dioxide (CO2, ...
State-of-the-art life support oxygen recovery technology on the International Space Station is based...
Oxygen recovery from respiratory carbon dioxide is an important aspect of human spaceflight. Methods...
This next Generation Life Support Project entails the development and demonstration of Bosch reactio...
Human exploration missions to Mars and other destinations beyond low Earth orbit require highly robu...
Oxygen recovery from metabolically-produced carbon dioxide (CO2) is of critical importance for long-...
Future manned missions to deep space or planetary surfaces will undoubtedly incorporate highly robus...
Future long-duration manned space flights will require regenerative life-support systems. The Bosch ...
Oxygen recovery from metabolic carbon dioxide is an enabling capability for long-duration manned spa...
Minimizing resupply from Earth is essential for future long duration manned missions. The current ox...
Catalytic carbon dioxide reduction cartridge for oxygen recovery in life support systems of long ter...
Manned missions beyond low Earth orbit will require highly robust, reliable, and maintainable life s...
Current air revitalization technology onboard the International Space Station (ISS) cannot provide c...
The Next Generation Life Support Spacecraft Oxygen Recovery (SCOR) project element is dedicated to d...
Current oxygen recovery technology onboard the International Space Station only recovers approximate...
A critical component in spacecraft life support loop closure is the removal of carbon dioxide (CO2, ...
State-of-the-art life support oxygen recovery technology on the International Space Station is based...
Oxygen recovery from respiratory carbon dioxide is an important aspect of human spaceflight. Methods...