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Scientists are airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste to making carbon capture work. Carbon capture is taking airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste carbon dioxide (CO2) from power airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste and storing it so it does not harm the airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste. A company called Carbon Engineering say its airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste are close to capturing CO2 from the airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste and turning it into carbon-neutral airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste. This is a big step airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste in the fight against global warming. The scientists also said they have reduced the airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste of carbon capture, to as low as $94 per ton of CO2 captured. Scientists used to say carbon capture would cost about $1,000 per airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste captured.

Carbon Engineering's airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste works by sucking air into special airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste. CO2 is mixed with a liquid and frozen. It is then heated and mixed with airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste. This produces fuels like gasoline and airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste fuel. Carbon Engineering's Professor David Keith is airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste about the future of this airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste. He thinks his company could fight airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste change. He said: "After 100 years of practical airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste...we can confidently say that...air capture...is a [realistic] and buildable airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste for producing carbon-neutral fuels in the airclimateclosecostengineeringenvironmentforwardfuelhopefulhydrogenimmediatejetplantsprocessscientiststechnologytontowerswaste future, and for removing carbon in the long run."