Which are Union’s Horizon 2020 program and is coordinate by University College London. This project focuses on the industries that generate the most CO2 manufacture of cement limestone or ceramics production of metals such as steel and iron and the chemical sector. Stopping that generation of carbon dioxide would be a great scientific technical and human achievement . The two lines of research are carbon capture and storage as we saw in Norway and carbon capture and utilization which would be the most optimal solution. One of the possibilities in which this CSIC project is working isto transform.
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A combustible gas use in the production of steel with a high content of carbon monoxide and carbon dioxide into a gas rich in hydrogen free of carbonate. The resulting greenhouse gas could be reuse as hydrogen in energy storage or to generate renewable fuel instead of being dispose of. In addition to the C4U project the CSIC is also working on the eCOCO2 project also financially supporte photo editor by the European Horizon 2020 programme . This second project made up of CSIC researchers at the Institute of Chemical TechnologyCSIC-UPV has the mission of capturing carbon dioxide and converting it into jet fuel.
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Precisely air transport is among the largest generators of carbon dioxide. Absorbing or capturing that CO2 would be key to its use and at the same time to stop depending on fossil fuels. Specifically the eCOCO2 project aims todirectly produce synthetic fuel jets from CO2 using renewable electricity and steam. Another advantage of the process is that it would be done in a single phase unlike the current Mailing Lead three phases in which efficiency is lost. A practical way to reuce environmental impact while being economically attractive. Did you ever imagine that an android could be appointe CEO of a company.
