This system is 20 times more productive than comparable systems that have undergone testing in the past.
Recently, there has been a lot of interest in bacteria that can consume plastic
This offers a tiny answer to the challenge of plastic pollution worldwide.
A common species of bacterium may convert atmospheric carbon dioxide into practical bioplastic.
In order to turn carbon dioxide (CO2) into a bioplastic that is widely utilized.
Chemical engineers South Korea, have developed a technique that utilises the bacterium Cupriavidus necator.
The technique converts gaseous carbon dioxide into a chemical called formate using a device called an electrolyzer.
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