Serving as a ready-now stopgap as industries work to decarbonize production processes, helping them achieve their goals around carbon reduction. How does this technology enable energy transition?Ĭarbon capture can reduce CO2 emissions by:ĭecarbonizing industries that can’t - at least in the near term - practically eliminating CO2 as a byproduct of their industrial processes, such as cement and steel production. The high-pressure and low-temperature pipelines that carry carbon dioxide are expensive to build. Transporting carbon dioxide after it’s captured presents challenges, as well. The biggest barriers to widespread adoption of carbon capture, utilization and storage are the costs of equipment and energy used to capture and compress carbon dioxide for transport and storage. What are the challenges to implementing carbon capture? Carbon capture technology can help reduce the environmental impact of these and other industries responsible for greenhouse gas emissions. Industrial facilities such as liquefied natural gas (LNG) terminals, hydrogen plants, steel mills, cement plants, power plants, and oil and gas refineries produce large amounts of carbon. Where is carbon capture, utilization and storage happening? So, where does that carbon dioxide go? Most likely, carbon dioxide will be stored underground in locations such as depleted oil and gas reservoirs, deep saline formations and un-minable coal beds.
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