Our ecological public charity concentrates on
Manmade Surplus, Natural Abundance,
Newly Discovered Fungus Could Rid Landfills of Plastics!
Students from Yale’s Department of Molecular Biophysics and Biochemistry discovered a previously unknown type of fungus that has a hearty appetite for polyurethane, a polymer that is used in everything from hard plastics to synthetic fibers.
As shared by Fast Company, the fungus is the first one that is known to survive on polyurethane alone, and it can do so in an anaerobic (oxygen-free) environment, suggesting it could be used at the bottom of landfills.
“Many microbes can do cool tricks, like degrading pollutants,” said Jonathann Russell to the Yale alumni magazine. But a large reason plastics like polyurethane take so long to break down is that microorganisms don’t typically recognize it as food, therefore it can take centuries for man-made polymers to break down into microscopic granules.
But the discovery of Pestalotiopsis microspora may change all that.
The students of Yale isolated the enzyme that enables the fungus to break down plastic then observed its potential.
No doubt the first step in reducing environmental pollution is to completely eliminate the production of materials which take thousands of years to biodegrade, and second, to re-use or recycle already produced materials into new form.
Ultimately, however, this finding opens up an entire new area of intrigue as its potential to break down plastics is tested and evaluated.
read more original article Nationofchange
agriculture agroforestry algae alternative energy alternative farming batteries bees biofuel bioplastics carbon capture carbon farming carbon sequestration climate change CO2 compost conservation electric cars farming food waste forests fuel efficiency green buildings green energy green roofs innovative design innovative products natures wonders plastic recycle regenerative agriculture renewable energy repurpose reuse soil solar sustainability Tesla urban farm urban farming waste water wave energy WETLANDS wind power zero waste