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6. Conclusion
Plant and animal biomass is an almost infinite reservoir that can be used to produce a multitude of biosourced products, in particular polyesters. Managing the end-of-life of biosourced products is also a crucial issue if we are to limit the accumulation of plastic waste, a problem that society at large (citizens, politicians, NGOs, manufacturers and major distributors, researchers, etc.) has largely taken on board today. Unlike many other polymers, polyesters have the unique versatility of being able to be recycled in a variety of ways (mechanical, chemical or enzymatic recycling, biodegradation, industrial or domestic composting). Nevertheless, despite all these advantages, the industrial processes developed for the production of these polymers and their end-of-life treatment are not neutral in environmental terms, like all industrial processes (water and energy consumption, pollutant...
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https://www.irdl.fr/annuaire/stephane-bruzaud
EUROPEAN BIOPLASTICS: data on biosourced and/or biodegradable plastics
...Directory
The PolyBioAid association offers its members an online library on biosourced and/or biodegradable polymers containing some 3,100 different publications, totalling 184,000 pages and weighing 70 GB. E-mail: [email protected]
Standards
- Plastics-Thermoplastic biodegradable mulching films for use in agriculture and horticulture – Requirements and test methods - NF EN ISO 17033 - 01-2018
- Standard test methods for determining the biobased content of solid, liquid and gazeous samples using radio analysis - ASTM D6866 - 2014
- Plastics – Determination of the aerobic biodegradation of non-floating plastics in a seawater/sediment interface - NF EN ISO 19679...
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