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Scientists turn gas into a CO2 converter



Research scientists at RMIT in Melbourne have found a new method of carbon capture technology to help reduce atmospheric greenhouse gases.

The new carbon capture technique converts into carbon dioxide (CO2) gas at room temperature. The technique uses liquid metal to catalyze and electrolysis.

Strong molluscs are like coal, so they can land. However, at this stage there is no intention to use it as a recovered carbon fuel.

How gas-solid method works

Currently, carbon capture technology usually converts carbon dioxide to liquid gas and is underground injection.

However, this method is not economically feasible. Likewise it has the potential to lower liquids from storage sites, creating environmental problems.

In addition, they are now converted into carbon dioxide at a very high temperature. The recently discovered method converts gas to solid flakes at room temperature.

How carbon capture technology works

In order to start the process, carbon dioxide dissolves in a glass filled with catalysts and liquid electrolytes. The electrical current goes through the solution.

Liquid catalyst activates properties chemically on the surface and features the properties of electricity at the same time.

Carbon capture technology developers Australian Research Council Fellow Decra Dr. Torben Daeneke and Vice Chancellor Research Fellow Dorna Esrafilzadeh, RMIT University

Carbon capture technology developers Australian Research Council Fellow Decra Dr. Torben Daeneke and Vice Chancellor Research Fellow Dorna Esrafilzadeh, RMIT University

The process converts gas into carbon-carbon solid carbons. It also generates subproducts, such as synthetic fuels that can be useful in industry.

Researcher at the RMIT researcher Torben Daenek needs more research. However, the solution conversion method may be "a sustainable forecast" rather than other techniques.

"Bounce the emission clock" & # 39;

Daeneke turns carbon dioxide into a coal once again and transforms it into something like a "clock-emitting watch".

No one is planning to burn a refurbished cook, however, once again spilling out a problem. In the case of long-term broadcasting, this method (if feasible) would be the only way to deal with existing carbon emissions.

Another way to reduce emissions is to switch to the generation of renewable energies, such as large-scale or small-scale wind and solar panel installations.

Energy generated through wind and solar energy does not generate less emissions, but domestic energy bills can also be reduced.

In addition, energy safety can be improved when these technologies match the storage methods, such as home batteries.


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