Page 17: Research news on Carbon capture utilization

Carbon capture utilization encompasses technologies that separate carbon dioxide from air, flue gas, or aqueous streams and convert it into fuels, chemicals, and materials. Approaches span sorbent- and solvent-based capture, moisture- and pressure-swing processes, chemical looping, and direct air capture, often integrated with solar, electrochemical, and bio-based systems. Captured CO2 and biogenic carbon are transformed via catalysis, photoelectrochemistry, microbial and thermochemical pathways into products such as methane, methanol, formic acid, plastics, bio-oil, and solid carbon, frequently using waste biomass, wastewater, and plastics as feedstocks.

Energy & Green Tech

New tech gives second life to plastic farm waste

In a study published in the journal Recycling, the research team analyzed the thermal, physical and mechanical properties of various plastic waste materials to determine the optimal temperature to process them using a groundbreaking, ...

Engineering

Carbon capture method mines cement ingredients from the air

University of Michigan chemist Charles McCrory and his research group, along with Jesús Velázquez's lab at the University of California, Davis and Anastassia Alexandrova's lab at the University of California, Los Angeles, ...

Energy & Green Tech

Hard-to-recycle thermoset waste plastics reborn as hydrogen

A research team has successfully developed the Republic of Korea's first continuous oxy-fuel combustion-based process for producing high-quality syngas from waste plastics, including hard-to-recycle thermoset resins. The ...

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