Environment
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An artificial coral reef to restore marine ecosystems
The Veterinary Medical Aquatic Animal Research Center of Excellence (VMARCE) of the University of Chulalongkorn has developed Innovareef, an artificial…
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Recovering CO2 to produce zero carbon concrete: Seratech technology
Silica obtained from the CO2 of waste gases and olivine is replaced by 40% of the Portland cement commonly used…
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China turns on largest “advanced” compressed air battery
The plant, built in northern China, does not require the use of caverns or fossil gas to be added to…
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The fish robot catches microplastics
A Chinese study published in the journal Nano Letters has developed a fish-shaped robot capable of capturing microplastics.
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A textile filter transformed into carbon capture
An American study has developed a textile filter carbon capture from gas and air mixtures through an enzyme called carbonic…
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PET Recycling: from the cemetery in Leipzig, the super-efficient plastic-eating enzyme
Within 16 hours, PHL7 decomposed PET at 90%, while its rival LCC - the most performing enzyme so far -…
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Carbon capture, from enzymatic technologies to waste use
From the European ACCSESS project to AI experimentation to optimize adsorption materials. CCS research continues at its best
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Carbon capture, the world’s fastest system has 99% efficiency
Researchers at Tokyo Metropolitan University have developed new carbon-capturing storage directly from the atmosphere, with unprecedented performance. It is 99%…
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