Symphony urges manufacturers to turn to oxo biodegradables – UK

Posted on November 3, 2013 by DrRossH in Plastic Waste News

Symphony urges manufacturers to turn to oxo biodegradables – News – Plastics News#email_sustain#email_sustain.

UK-based Symphony Environmental Technologies plc says manufacturers should use oxo degradable additives because bio-based materials are expensive, hard to recycle and don’t have the same qualities as traditional materials.

According to Laurier, bio-based materials are expensive and don’t have the same qualities as non bio alternatives. He also pointed out that bio-based solutions don’t solve the problem of plastic litter.

Earlier this year industry association EuPC slammed oxo fragmentable plastics, saying they should be banned in Europe

Symphony always try to steer the conversation to what they propose their product will do and not to talk about the weaknesses of their product.  For example in this article they try to compare their product in conventional plastics to biobased plastics.   They are right that biobased plastics are expensive.  They also say their product is good for litter.   At PWS we have a problem with this.   Their additive causes plastics to fragment into little bite size pieces of plastic that blow and flow around the environment.  Wildlife are prone then to eat them and choke on them.  Their product causes a slow chemical reaction that only works when plastic is left out in the open where the air (oxygen) and sunlight can get to it.  A plastic with their oxo additive in it cannot be mainstream recycled as the new product could them fragment too.
A better solution for plastic waste is to use a landfill-biodegradable additive that allows a plastic to biodegrade in an environment where microorganisms are present such as a landfill.  With these additives in them, plastics can also be main stream recycled, will not break down on the shelf like an oxo does, and will not fragment into dangerous bite size pieces.  Biodegradation can lead to landfill gas capture for energy production, where as an oxo plastic  loses that ability.  See www.ensoplastics.com for an example of a landfill-biodegradable additive.