University of Pittsburgh

A Sustainable Thermoplastic Alternative

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This CO2 can be stored elsewhere and provides an alternative carbon capture approach to direct air capture currently used in efforts to manage climate change and changes in ocean pH levels that can impact on sea life.
This novel approach allowing capture of CO2 from the oceans is likely to attract attention from companies looking to offset their carbon footprint.
The technology has been demonstrated at the prototype level, with successful application in enhancing vascular smooth muscle cell proliferation on micro-patterned films and scaffolds.
The greatest is the lack of degradation which requires costly surgical removal and exposes the patient to risks associated with anesthesia and surgery, including infection and pain.