The space industry is moving towards increasing sustainability for operations of a long duration space mission and eventually a permanent space settlement. In-situ resource utilization (ISRU) technologies will play a major role in realizing this vision. As moon is the current object of interest, the lunar regolith becomes the most abundantly available source of different minerals on the lunar surface. One such mineral is Ilmenite which is an ore of titanium as well as a source for oxygen. Previous research shows that Ilmenite is a more energy efficient source for extraction of oxygen compared to other minerals such as silicates. However, Ilmenite deposits on the lunar surface are scattered and not as high as the silicate minerals
In situ resource utilization (ISRU) refers to the in situ generation of consumables for autonomous o...
The strategy for developing resources on the Moon depends on the stage of space industrialization. A...
To achieve permanent human presence and activity on the moon, oxygen is required for both life suppo...
Electrostatic beneficiation of lunar regolith is being researched at Kennedy Space Center to enhance...
Space Resource Utilisation (SRU) technology will enable further exploration and habitation of space ...
One of the most important commodities lacking in the moon is free oxygen which is required for life ...
The utilization of extraterrestrial resources may one day enable mankind’s further exploration and ...
Future human lunar habitation requires using in situ materials for both structural components and ox...
Natural concentrations of industrially valuable minerals are far less likely to be found on the Moon...
In the past 20 years, considerable attention been paid to returning to our natural satellite with r...
A self-sustaining settlement on the moon, or on other airless bodies such as asteroids, will require...
Since March 1, 1989, attention was concentrated on the extraction of ilmenite from extraterrestrial ...
Use of the indigenous resources of space to support long-term human presence is an essential element...
The extraction and use of resources on the Moon, known as In-Situ Resource Utilization (ISRU), can p...
The production of oxygen from lunar regolith is analogous to metal production from ore in a terrestr...
In situ resource utilization (ISRU) refers to the in situ generation of consumables for autonomous o...
The strategy for developing resources on the Moon depends on the stage of space industrialization. A...
To achieve permanent human presence and activity on the moon, oxygen is required for both life suppo...
Electrostatic beneficiation of lunar regolith is being researched at Kennedy Space Center to enhance...
Space Resource Utilisation (SRU) technology will enable further exploration and habitation of space ...
One of the most important commodities lacking in the moon is free oxygen which is required for life ...
The utilization of extraterrestrial resources may one day enable mankind’s further exploration and ...
Future human lunar habitation requires using in situ materials for both structural components and ox...
Natural concentrations of industrially valuable minerals are far less likely to be found on the Moon...
In the past 20 years, considerable attention been paid to returning to our natural satellite with r...
A self-sustaining settlement on the moon, or on other airless bodies such as asteroids, will require...
Since March 1, 1989, attention was concentrated on the extraction of ilmenite from extraterrestrial ...
Use of the indigenous resources of space to support long-term human presence is an essential element...
The extraction and use of resources on the Moon, known as In-Situ Resource Utilization (ISRU), can p...
The production of oxygen from lunar regolith is analogous to metal production from ore in a terrestr...
In situ resource utilization (ISRU) refers to the in situ generation of consumables for autonomous o...
The strategy for developing resources on the Moon depends on the stage of space industrialization. A...
To achieve permanent human presence and activity on the moon, oxygen is required for both life suppo...