Scientists found that cellulose diacetate foam (CDA) is the fastest degrading bioplastic in an ocean environment. This new foam material is demonstrated to be a viable replacement for Styrofoam ...
Key Takeaways In collaboration with Eastman, WHOI scientists found that cellulose diacetate foam (CDA) is the fastest ...
Scientists have made a significant breakthrough in bioplastics with a new form of cellulose diacetate (CDA) that degrades 15 ...
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New 'bioplastic' degrades in water 15 times faster than paper, could replace Styrofoam packagingScientists have formulated a bio-based foam that will not harm marine ecosystems like its Styrofoam predecessor.
Scientists and engineers are developing new ways to destroy per- and poly-fluoroalkyl substances (PFAS) efficiently and ...
Adding pores to a plastic-like polymer derived from wood pulp can make it degrade 15 times faster, a new study finds.
Scientists at the Wood Hole Oceanographic Institution (WHOI) have been working for years to find out what types of ...
Researchers have spent the last few years trying to find which type of plastic biodegrades the fastest in a marine ...
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Scientists create plastic that degrades 15 times faster than paper in the seaWHOI researchers discovered that foamed CDA, a bioplastic, degrades 15 times faster in seawater, making it the fastest ...
XPG's new Invader X BTF fishbowl-style case with five included ARGB 120mm fans and reverse motherboard support could be a new ...
Galvanic corrosion is often something mainly associated with metal fittings on larger craft: however, David Parker recommends ...
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