CO removal from spacecraft gas streams was evaluated for three commercial, low temperature oxidation catalysts: Carulite 300, Sofnocat 423, and Hamilton Sundstrand Pt1. The catalysts were challenged with CO concentrations (1-100 ppm) under dry and wet (50% humidity) conditions using 2-3 % O2. CO removal and CO2 concentration were measured at constant feed composition using a FTIR. Water vapor affected the CO conversion of each catalyst differently. An initial screening found that Caulite 300 could not operate in humid conditions. The presence of water vapor affected CO conversion of Sofnocat 423 for challenge concentrations below 40 ppm. The conversion of CO by Sofnocat 423 was 80% at CO concentrations greater than 40 ppm under both dry and...
Current air revitalization technology onboard the International Space Station (ISS) cannot provide c...
Long term space missions require carbon dioxide removal systems that can function with minimal downt...
Two catalysts for the selective oxidation of trace amounts of contaminant gases in air have been dev...
Designers of future space vehicles envision simplifying the Atmosphere Revitalization (AR) system by...
The Noble Metal Reducible Oxide (NMRO) catalysts for the low temperature oxidation of carbon monoxid...
Air revitalization technologies maintain a safe atmosphere inside spacecraft by the removal of C02, ...
The low temperature CO oxidation catalysts that are being developed and tested at NASA-Langley are f...
The general subject area of the project involved the development of solid catalysts that have high a...
NASA has some unique and challenging air purification problems that cannot be adequately met with CO...
Traditionally, gaseous compounds such as methane, carbon monoxide, and trace contaminants have posed...
Modifications of tin oxide/precious metal catalysts described for use in CO2 lasers have also been d...
One of the important qualities of the Low-Temperature Catalyst (LTC) is the rapid oxidation of carbo...
Oxidation catalysts which operate at ambient temperature were developed for the recombination of car...
A comparative study of catalytic CO oxidation and selective CO oxidation over Pt/Al2O3 and CeO2-prom...
MnO sub x, Ag/MnO sub x, Cu/MnO sub x, Pt/MnO sub x, Ru/MnO sub x, Au/CeO sub x, and Au/Fe2O3 were s...
Current air revitalization technology onboard the International Space Station (ISS) cannot provide c...
Long term space missions require carbon dioxide removal systems that can function with minimal downt...
Two catalysts for the selective oxidation of trace amounts of contaminant gases in air have been dev...
Designers of future space vehicles envision simplifying the Atmosphere Revitalization (AR) system by...
The Noble Metal Reducible Oxide (NMRO) catalysts for the low temperature oxidation of carbon monoxid...
Air revitalization technologies maintain a safe atmosphere inside spacecraft by the removal of C02, ...
The low temperature CO oxidation catalysts that are being developed and tested at NASA-Langley are f...
The general subject area of the project involved the development of solid catalysts that have high a...
NASA has some unique and challenging air purification problems that cannot be adequately met with CO...
Traditionally, gaseous compounds such as methane, carbon monoxide, and trace contaminants have posed...
Modifications of tin oxide/precious metal catalysts described for use in CO2 lasers have also been d...
One of the important qualities of the Low-Temperature Catalyst (LTC) is the rapid oxidation of carbo...
Oxidation catalysts which operate at ambient temperature were developed for the recombination of car...
A comparative study of catalytic CO oxidation and selective CO oxidation over Pt/Al2O3 and CeO2-prom...
MnO sub x, Ag/MnO sub x, Cu/MnO sub x, Pt/MnO sub x, Ru/MnO sub x, Au/CeO sub x, and Au/Fe2O3 were s...
Current air revitalization technology onboard the International Space Station (ISS) cannot provide c...
Long term space missions require carbon dioxide removal systems that can function with minimal downt...
Two catalysts for the selective oxidation of trace amounts of contaminant gases in air have been dev...