Water scarcity is a pervasive threat to society that is expected to intensify alongside a growing and more affluent population and a changing climate. In this paper, we review the existing literature to assess...
The aim of the study “Environmental impact assessments of innovative bio-based products” is to provide science-based facts and evidences on the environmental impacts of innovative bio-based products and mostly plastic products compared to petrochemical counterparts. Seven cradle-to-grave Life Cycle Assessment (LCA) case studies were carried out covering three major commercialised bio-based polymers, namely i) bio-based polyethylene terephthalate (PET; “Beverage Bottles”), ii) polylactide acid (PLA; “Single-use cups”, “Single-use Cutlery”, “Packaging films”) and iii) starch plastics (“Clips”,... “Mulch films” and “Carrier bags”). Primary data are gathered from industry based on the real supply chain. This also includes the biomass used by the industry presently. The full report (“Environmental impact assessment of innovative bio-based products”) covers all methodological issues, the seven LCA case studies and a final section of combined observations and closing remarks.
Recommended reading
This report is a continuation of Deliverable 5.3, Summaries of 5 new regional bioeconomy strategies, focused on detailing the development and final results of the regional bioeconomy roadmaps and/or...
Despite broad agreement in policy circles on the need to reduce food loss and waste (FLW), considerable gaps in information still exist. This paper identifies policy-relevant information...
Learn about the mandate under which the JRC conducts its biomass-related work.
The EU Bioeconomy Monitoring System offers a comprehensive overview of European trends in indicators related to the EU Bioeconomy.
Learn more about the current status of the algae production industry in Europe.
The EU makes available financing instruments for bioeconomy projects.