BENEFICIAL BIOPLASTICS
Using renewable feedstocks–i.e. corn, wheat, and agricultural waste–bioplastics can be turned into fertilizer, tackling the problems of plastic waste and[…]
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Using renewable feedstocks–i.e. corn, wheat, and agricultural waste–bioplastics can be turned into fertilizer, tackling the problems of plastic waste and[…]
Read moreImage: SolarFi Students prepare for finals in SolarFi Prive pods SolarFi has created Privé, a pod that is a socially-distanced,[…]
Read moreMethane can be captured and transformed into protein-rich feed for farmed fish more cost-effectively than is true with current fish[…]
Read moreThis company’s biodegradable detergent removes all kinds of organic dirt, like bird droppings, sand, dust, pollen, and resin from solar[…]
Read moreGlobal aviation and shipping produce about 8 percent of manmade CO2 emissions. A pilot-scale solar refinery now efficiently turns CO2[…]
Read moreCO2 can be isolated through reduction reactions and transformed into value-added chemicals for fuels. It can be removed from emissions[…]
Read moreVanadium flow batteries can discharge fully at 100% without decaying and losing capacity, unlike lithium batteries. So 100% of the[…]
Read moreSolar panels are usually heavy (15–20kg/m2) and made from silicon. Now an Australian company is commercializing an Australian university innovation[…]
Read moreUsing an energy-efficient way, researchers have transformed CO2 into structures called metal-organic frameworks (MOFs), suggesting a new and simpler route[…]
Read moreBelgian company Turbulent’s whirlpool turbine can be installed in most rivers and canals, using the flowing water to produce energy,[…]
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