Innovative Projects Harnessing CO2 Conversion Technologies Across the United States
Key Ideas
- Various projects in California and other U.S. states aim to convert CO2 into valuable products using innovative technologies.
- The initiatives focus on developing low-carbon-footprint protein, fatty acids, plastics, polyethylene, and carbon products.
- These projects receive substantial funding from the Department of Energy to advance sustainable solutions and reduce greenhouse gas emissions.
- The technologies promise to revolutionize industries by utilizing waste streams and reducing reliance on traditional resources.
Several projects across the United States are focused on converting CO2 into valuable products through innovative technologies. Air Protein in San Leandro, California, is scaling up its oxyhydrogen fermentation platform to create a low-carbon-footprint protein ingredient with reduced energy use. Kiverdi in Pleasanton, California, aims to develop a microbial host for an oxyhydrogen bioprocess to produce fatty acids from waste carbon. LanzaTech in Skokie, Illinois, is working on converting CO2 into isopropanol, contributing to greenhouse gas savings and reducing emissions. Auburn University in Alabama is developing a process to convert CO2 to polyethylene using flue gas, aiming for a significant decrease in emissions. Quasar Energy Group LLC in Ohio is focusing on algae-based polyurethane production from CO2 for industrial applications. TDA Research Inc. in Golden, Colorado, collaborates with North Carolina State University to produce solid carbon products from captured CO2. Washington University in St. Louis plans to convert CO2 to high-quality carbon nanotubes for lithium-ion batteries. These projects showcase the potential of CO2 conversion technologies to revolutionize various industries, mitigate climate change, and promote sustainability.