This Ingenious Microwave Could Help Turn Moon Ice Into Clean Drinking Water

NASA Artemis mission The goal is to create the foundation of long -term human presence on the moon at the end of the decade. To achieve this goal, Space Agencies must return to the basic issues of human survival: FoodWater, and shelter. In that consciousness, a group of researchers from a British technology company won £ 150,000 (194,070) to develop an innovative system for the supply of clean drinking water to the moon.

Their Sonkem system has won first place in the international Aqualona challenge, it is a competition made by a UK Space Agency and organized with the Canadian Space Agency and others. The challenge tries to drive the technical innovation in the moon’s lunar housing, especially the technical innovation to access clean drinking water on the moon. The UK Space Agency has announced the winners in one Statement Published on Thursday.

In the statement, Aqualona’s Challenge Judgment Panel Chairman Megan Christian Megan Christian Megan Christian said, “Astronauts will need water supply for drinking and growing food.” “Water is estimated to be frozen as ice as ice as ice in the soil around the south pole of the moon. If it can be successfully removed, separated from the soil and purified it makes a crew base effective.” Christian is a reserve innovator at the UK Space Agency and the top in commercial search.

The first place, led by Nike Scientific Technical Director Llan Nike, created a kind of lunar microwave that purifies the water from the lunar ice. Simply put, the Sonocem system uses sound waves to form bubbles in the lunar water, in which high temperatures and pressure are unstable, chemically reactionary atoms, known as free radicals, which correct the water.

Nika explained, “Imagine trying to dig the ground in your back garden in the middle of winter and try to find frozen water to drink now. Now it is in an environment that is -200 degrees centigrade, almost perfect vacuum, under low gravity and very little electric power,” explained. “That’s what we have to spend on the moon.” He also added that if their Sonokem system can successfully work on the moon, it can be used with clear access to clean drinking water even in the well -being or remote areas of the earth.

The first place runners-up includes a father-son team, whose three-way watercolor method provides constant drinking water and a team from Queen Mary University in London whose procedure uses the energy of a reactor. The challenge provided the runners -up to the runners -up respectively £ 100,000 ($ 129,380) and $ 50,000 ($ 64,690).

UK Science Minister Patrick Valence said, “Many of these ideas can not only produce fuel for future space exploration, as well as help to improve life here and solve water shortage – with the impact of climate change, we work towards the net zero future,” said the UK Minister of Science.

To some extent, technologies like the Sonocem System are turning the Cy-Fi into reality. From the base of Clavius 2001: A Space OdysseySomeone