Add to ORKGBiologically based systems are under evaluation as primary water processors for next generation life support systems due to their low power requirements and their inherent regenerative nature. This paper will summarize the results of two recent studies involving membrane aerated biological water processors and present results of a trade study comparing the two systems with regards to waste stream composition, nutrient loading and system design. Results of optimal configurations will be presented
The goal of the project was to demonstrate in a large pilot study that domestic sewage could be conv...
An important function of life support systems developed for a long- duration human mission to Mars i...
The objective of this study was to evaluate emerging anaerobic membrane bioreactor (AnMBR) technolog...
The Next Generation Life Support Project is developing an Alternative Water Processor (AWP) as a can...
Biologically-based water recovery systems are a regenerative, low energy alternative to physiochemic...
Long-term planetary space missions present new and unique challenges in life-support systems. Water ...
Nitrogen pollution is a growing problem that is detrimental to the environment and the economy. Trad...
An area of growing multi-disciplinary research and revolutionary development for bio-processing on E...
This research entails the investigation of the effects of a bioaugmentation product from BiOWiSH® ca...
With increasing water reuse applications and upcoming stringent regulations for treated wastewater e...
Efficient Life Support Systems (LSS) are essential for long-term crewed space missions. In this cont...
This report summarizes a trade study of different options of a bioregenerative Life Support System (...
Replacement of conventional tertiary treatment components by membrane filtration was the first step ...
The concerns regarding the reactive nitrogen levels exceeding the planetary limits are well document...
Bioregenerative technologies have been suggested for human life support in space for decades. Such t...
The goal of the project was to demonstrate in a large pilot study that domestic sewage could be conv...
An important function of life support systems developed for a long- duration human mission to Mars i...
The objective of this study was to evaluate emerging anaerobic membrane bioreactor (AnMBR) technolog...
The Next Generation Life Support Project is developing an Alternative Water Processor (AWP) as a can...
Biologically-based water recovery systems are a regenerative, low energy alternative to physiochemic...
Long-term planetary space missions present new and unique challenges in life-support systems. Water ...
Nitrogen pollution is a growing problem that is detrimental to the environment and the economy. Trad...
An area of growing multi-disciplinary research and revolutionary development for bio-processing on E...
This research entails the investigation of the effects of a bioaugmentation product from BiOWiSH® ca...
With increasing water reuse applications and upcoming stringent regulations for treated wastewater e...
Efficient Life Support Systems (LSS) are essential for long-term crewed space missions. In this cont...
This report summarizes a trade study of different options of a bioregenerative Life Support System (...
Replacement of conventional tertiary treatment components by membrane filtration was the first step ...
The concerns regarding the reactive nitrogen levels exceeding the planetary limits are well document...
Bioregenerative technologies have been suggested for human life support in space for decades. Such t...
The goal of the project was to demonstrate in a large pilot study that domestic sewage could be conv...
An important function of life support systems developed for a long- duration human mission to Mars i...
The objective of this study was to evaluate emerging anaerobic membrane bioreactor (AnMBR) technolog...