OrbHab Paper
Effect Of Different Waste Recovery Systems On The Overall Waste Generation Rates For An Advanced Life Support System (2007)
ID: 281 Flag Paper
Title: Effect Of Different Waste Recovery Systems On The Overall Waste Generation Rates For An Advanced Life Support System
Authors: S. Aydogan, J. Pekny, S. Orcun
Journal Name: International Journal of Environment and Pollution
Year of Publication: 2007
Page Number:
Category: biosphere
Availability: abs
Detail Page: /papers/281
Web Link: https://www.inderscienceonline.com/doi/pdf/10.1504/IJEP.2007.012805
BoK Link: [[paper:281]]
Abstract
This work demonstrates how studies of life support systems can be used to advance the understanding of environmental principles. Efficient waste recovery systems that are developed for the Advanced Life Support System used in space explorations can be utilised on Earth. As an example, we explored three different ALSS scenarios, each having different waste recovery technologies. The results are compared in terms of the overall waste generation rates. It is concluded that physicochemical waste recovery systems, with their low level of uncertainty in operating conditions and high recovery efficiencies, are the best choice for a 600 day mission to Mars.
Title: Effect Of Different Waste Recovery Systems On The Overall Waste Generation Rates For An Advanced Life Support System
Authors: S. Aydogan, J. Pekny, S. Orcun
Journal Name: International Journal of Environment and Pollution
Year of Publication: 2007
Page Number:
Category: biosphere
Availability: abs
Detail Page: /papers/281
Web Link: https://www.inderscienceonline.com/doi/pdf/10.1504/IJEP.2007.012805
BoK Link: [[paper:281]]
Abstract
This work demonstrates how studies of life support systems can be used to advance the understanding of environmental principles. Efficient waste recovery systems that are developed for the Advanced Life Support System used in space explorations can be utilised on Earth. As an example, we explored three different ALSS scenarios, each having different waste recovery technologies. The results are compared in terms of the overall waste generation rates. It is concluded that physicochemical waste recovery systems, with their low level of uncertainty in operating conditions and high recovery efficiencies, are the best choice for a 600 day mission to Mars.