Scientists at the Institute of Bioengineering and Nanotechnology in Singapore have developed a way to capture CO2 from the atmosphere and use it to make chemicals that can be turned into BPA-free plastic. The new materials may be comprised of as much as 40 percent CO2.
Taking a cue from natural photosynthesis, researchers use organic chemicals, called ionic liquids to pull CO2 from the air and use it. BPA-free plastic is just one way that the CO2 may be sequestered in new materials.
CO2-Based Plastics
Scientists Sequester Carbon Dioxide to Create BPA-Free Plastic
Trend Themes
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Co2-based Materials — Opportunity to create sustainable and eco-friendly products with reduced carbon footprint and new properties using captured CO2.
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Carbon Capture — Innovative technology to capture CO2 from the atmosphere can be used in various applications to reduce emissions and ecological impact.
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Green Chemistry — Adopting sustainable practices and eco-friendly manufacturing can lead to the creation of new materials and reduced environmental impact.
Industry Implications
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Plastics Manufacturing — Using captured CO2 to create BPA-free plastic can revolutionize the plastics industry and offer a sustainable and eco-friendly alternative to traditional plastics.
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Materials Science — CO2-based materials offer new possibilities and functionalities for various industries, such as construction, automotive, and electronics, in addition to reducing their carbon footprint.
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Carbon Utilization — Innovations in carbon utilization can potentially lead to the creation of a circular economy, in which waste becomes a valuable resource and emissions are reduced.