Post by account_disabled on Mar 14, 2024 0:23:16 GMT -8
If all goes well the project will be complete in 2024. On plan these facilities will absorb CO2 in quantities of 1.5 million tons per year. Figure that can rise to 5 million tons per year if the project is expande. The idea is to reach the maximum figure of 40 million tons. From there it will be seen if it is possible to store more CO2 in those facilities and learn from the experience for future facilities. Capturing CO2 in industry will reuce global warming Find the right technology But you don't have to go that far to see experiments on capturing CO2. In Spain CSIC researchers at the Carbon.
Science and Technology InstituteINCAR announce in May this year that they are working on a European project whose objective is to reuce greenhouse gas CH Leads emissions. More specifically those arising from industrial sectors such as iron and steel. The project is known by the acronym C4U is funde with 13.8 million euros by the European 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 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.
Science and Technology InstituteINCAR announce in May this year that they are working on a European project whose objective is to reuce greenhouse gas CH Leads emissions. More specifically those arising from industrial sectors such as iron and steel. The project is known by the acronym C4U is funde with 13.8 million euros by the European 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 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.