To achieve this, significant development in terms of. With current techniques falling short in terms of performance, cost, and environmental integrity, novel CO2 utilization has the potential to create a multi-billion dollar commodity market that is capable of sequestering large amounts of CO2 from the atmosphere. Products made from these pathways can include. Carbon dioxide removal (CDR) is an essential feature of climate mitigation. Pathways to generate products are diverse and can include biological uptake, catalytic conversion, and mineralization. This methodology allows for new advances in CO2 conversion to be quickly coupled to more established conversion technologies. carbon capture, utilization and storage is relatively self-explanatory. The Carbon Dioxide Conversion Program seeks to identify and develop new and improved materials, equipment, and processes that produce value-added goods using CO 2 as a feedstock. These intermediates can then be upgraded to fuels and products through a variety of technologies such as gas fermentation and catalytic upgrading. This step can occur through a number of approaches, such as: The Carbon Utilization Research Council (CURC) is an industry coalition focused on technology solutions for the responsible use of our fossil energy. Technology Pathways for CO 2 UtilizationīETO's main strategy for investigating CO 2 utilization occurs first through engineered carbon reduction, where electricity is used to convert CO 2 to reduced carbon intermediates, such as carbon monoxide, formic acid, or methanol. The intersection of cheap, renewable electricity and available CO 2-whether it be from point-source emissions from buildings such as manufacturing plants or captured directly from the atmosphere-makes the prospect of developing sustainable fuels from air a real possibility. Most of BETO's CO 2 utilization portfolio focuses on leveraging low-cost electricity of low carbon intensity.
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