Water harvester.

The surface of the Moon is prone to extremes of high temperatures and also with solar radiation that varies. The range of high temperatures and exposes the surface of the moon to the solar wind means the moon’s surface is a dust bowl with no known algae found within rock sampled. Unlike Mars the Moon has no known life on its surface or hidden within the rock samples. The Moon is believed among academics to have originated from the earth. It is classed as large mass revolving between the earth and the sun. It is very unlikely that man will ever colonise this vast mass of lunar surface or even voyage there in the future, unless the use of robots make it possible. Though the moon is relatively close to the earth, to travel there will only three days. It still has to be explored to gain the full knowledge as to its existence of all its mysteries. At wise labs working on efficient ways with concept project to see if water can be laser or heated from moon surface from creators or places where ice could exist or where light ice may have condensed to form its surface.

Using bell jar or similar type water collectors with valves allowing them to lasers water into steam from the surface an intense heat that would turn the remain water into steam. Any other the illustration or plans will be published at a later date. It is very possible to do small projects on the moon surface the great advantage is there is no atmospheric pressure to decay machinery. Provided their a probe as back up projects can surpass our expectations, for example as long as they have power and solve own navigation problems withstand the heat and radiation. There is no corrosion on the moon. To say human habitat could be possible would almost bring a resounding no answer. Unless probes find water be able to provide shelter, quite frankly the international space station is a more affordable and attractive option.

But to have credible concept design true cleaver uses within engineering, true vapour capture robotics may allow fruitful projects to exist; this is the Hope for all time here at wise labs. From this concept came the “carbon atomic collector “based on honey combed carbon fibre flexible lattes circuitry within “see beck effect “ to align the carbon captured from space in this self build space probe that collects carbons, to use thermos compression. This design is in conceptual design process with a simplistic design on first self exploration space craft.

Its equation is how long it takes to collect water how efficient it can be at the collection of water cupped with probe to detect columns of water on the surface. This could be a small concept design project as how to turn ice into water efficiently for use for consumption. This technology can have practical uses in ice covered regions where winter ice freezes roads.