Scientists have learned to turn carbon dioxide into oxygen: it “opens the way” to Mars

Date:

The new electrochemical appliance can directly break down carbon dioxide (CO2) into carbon and pure oxygen. A team of researchers from Nanchin University (China) states that this technology can effectively produce oxygen in extreme conditions – for example, underwater on Earth or On Mars.

It is noteworthy that the new device eliminates the need for harsh pressure and temperatures that are usually required for such reactions, writes Interesting Engineering.

“If electricity for the device comes from renewable sources, this method opens the path to carbon neutrality. At the same time, it is a practical and managed method of obtaining oxygen from CO2, which has a wide range of applications – from the development of Mars and providing oxygen to the scaffolding to underwater life, respiratory masks, air purification.

The new method gives 98% oxygen

In nature, plants produce oxygen by photosynthesis, turning CO2 into oxygen and glucose with the participation of hydrogen atoms as mediators.

However, scientists have tried for many years to reproduce this process in a laboratory at moderate temperatures.

Researchers at the Nanke University together with the University of Foodan’s scientists have developed a new method for splitting CO2 directly into carbon and oxygen. Unlike the traditional ways that use hydrogen, their process is based on the Little as a key intermediate element.

Share post:

Popular

More like this
Related

A recipe for cooking smoked lard in an air grill

Smoked lard is very tasty and few people...

The Ministry of Foreign Affairs expressed disappointment that the Pope never visited Ukraine

Kuleba said that the Pope will be judged by...

Bigger than the Cheops pyramid: a giant sculpture will be built in the UAE that will amaze tourists

The world's largest sculpture made of steel barrels is...

Stabilizing blackouts are used in four districts of Kyiv — DTEK

Due to damage after a missile strike, networks cannot...