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Methane ice hides environmental shock.

   Methane ice hides environmental shock. 


Is methane hydrocarbon environmentally friendly fuel? This statement requires that the system must remove carbon atoms from hydrocarbon molecules, and success in that process means that this fuel will not leave carbon in the air. If we can remove carbon from methane, the result is hydrogen. Hydrogen itself is environmentally friendly. It can used in fuel cells, and if the fuel cell uses only hydrogen. That will not make carbon dioxide or soot on electrodes.

The closed-cycle fuel cells are futuristic tools. Those fuel cells will recycle carbon dioxide, and separate carbon from it. And then. The system drives that cleaned oxygen and separated carbon back into the fuel cell. 

There is a possibility that the high-pressure systems can turn the carbon into carbon crystals, called industrial diamonds. Then those things can transported to caves. The large crystal will not release carbon to the atmosphere. And it's easy to store. Artificial diamonds are also used in many industrial sectors. So, those high-pressure systems can turn exhaust gas into diamonds. 

"New research reveals that fire-ice, or frozen methane which is trapped as a solid under our oceans, is at risk of melting due to climate change, potentially releasing large amounts of methane into the atmosphere. Using advanced seismic imaging, the team found that dissociated methane can migrate significant distances, challenging previous assumptions about its stability." (ScitechDaily.com/Fire-Ice Time Bomb Discovered: Climate Change’s Deep Ocean Threat)


Deep inside oceans, so-called burning ice or methane ice can cause environmental catastrophes. If climate warming continues. In the case, where global warming melts that ice, a large mass of methane gas will be released into the atmosphere, which can accelerate global warming. 

The fact is that the burning ice can offer an environmentally friendly carbon-free fuel solution if carbon is separated from methane molecules. The active carbon filters should help separate carbon from that hydrocarbon. And that thing turns burning ice or methane into ideal fuel. 

The carbon that the system separates from hydrocarbon chains in that process can turn into diamonds in high-pressure, high-temperature processes. Those crystals are easy to store. And they are also easy to sell. But this process should bring benefits to the house. 

When researchers connect photonic systems and nanotechnology to synthetic diamonds, that means the system can create crystals where carbon atoms are precisely in the right position. The ability to manipulate a diamond's internal structure makes it possible to create very small quantum systems. Those nano-diamonds can play a new role in modern nanotechnology. 


https://scitechdaily.com/fire-ice-time-bomb-discovered-climate-changes-deep-ocean-threat/


https://www.sciencetimes.com/articles/24881/20200217/ashes-into-diamonds-%E2%80%93-the-science-behind-the-making-of-synthetic-diamonds.html


https://en.wikipedia.org/wiki/Synthetic_diamond



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