It is proposed to use humidification-dehumidification technology (HDH) for water recovery in
space flight conditions, in conditions of weightlessness, the processes of humidification and …

Various methods of water recovery for the life support system for deep space missions are
analyzed. It is shown that the use of membrane technologies does not allow achieving the …

Water recovery from wastewater is essential for the success of long-term missions to the
Moon and Mars and human crew operations during explorations of these planets …

Honeywell Aerospace has developed a distillation technology to process wastewater
streams in microgravity environments for recovering potable water. The wastewater …

Water recovery from wastewater is essential for the success of long term missions.
Honeywell Aerospace and the team comprising Thermodistillation Co.(Kiev, Ukraine) and …

In one aspect of the present invention there is provided a cascade distiller comprising a
housing: a cylindrical rotor cover disposed within the housing; a stationary shaft disposed …

Providing astronauts with clean water is one of the main problems for the life support system
on the International Space Station and for deep space missions. Centrifugal distillation is …

A long-distance manned flight, for example, to the Moon or Mars, requires an efficient and
reliable system of water recovery from wastewater. The vapor compression distiller (VCD) …

The article describes the main results of the development and testing of a multistage
centrifugal vacuum distillation (MCVD) system with a thermoelectric heat pump (THP). For …

A long-term lunar outpost will require sustainable life support technologies that are capable
of functioning for years with minimum resupply and maintenance. While life support …