there are several ways to remove co2 from the environment. here we provide information on three of them. all of these are candidates for the Savusol HVCCU system. all they need is massive amounts of energy to power them which we provide through subsea geothermal sources.
how co2 gets into seawater
using the boiling and freezing points of chemicals has been used a method of separating gas and liquid streams for decades removing co2 from the atmosphere or from seawate. it just takes lots of energy which we provide through subsea geothermal sources
membrane separation is a straightforward filtering method of separating co2 from a gas stream
Check out this great video the technology to capture megatons of co2 from the atmosphere exists. it just takes energy which we provide from subsea geothermal sources.
Check out this great video
The Great Ocean Conveyor, The Thermohaline Circulation, The Gulf Stream, AMOC...all terms we hear quite a lot these days. And they all seem to be linked with climate change, or even abrupt climate change according to some. The circulation of currents around our globe is an extremely complex system that brings nutrients to our ocean food chain and heat energy to different parts of the planet. This week we attempt to understand the basics.
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Kendra Kuhl co-founded Opus 12 to find out if an electrochemical process, operating inside a desk-sized reactor, can do on an industrial scale what is often hailed as the Holy Grail of carbon-recycling research—convert CO2 captured from smokestacks into ethanol and other valuable products. Series: "Science at the Theater" [Science] [Show ID: 31941]
For centuries, alchemists have tried to turn lead into gold. That transmutation has long been proven impossible, but another similar dream - turning water into fuel - seems to be achievable. Scientists at a U.S. Naval Laboratory proved it by flying a model airplane burning re-engineered seawater. VOA's George Putic has the story.