ASF is a methodology developed for the sustainability assessment of additive use throughout the lifecycle of PVC articles. It is a replicable, risk-based methodology that integrates different types of quantitative and qualitative knowledge, including environmental and lifecycle process management dimensions.
The Plastics Recycling Show Europe covers the latest trends and developments in the sector, as well as reflecting on the most recent legislation, challenges and opportunities.
The conference brings together the entire value chain, and aims to promote collaboration and accelerate the transition towards a sustainable and truly circular plastics recycling industry.
This conference will explore the future of agricultural residues. Discover how cutting-edge science is transforming these materials into high-value bioproducts, proteins and alternative materials for the agricultural and food sectors.
Gather practical insights and get involved in workshops and networking sessions. The event will take place in Beijing, China but will be livestreamed.
Are you struggling with plastic waste reduction, rising sustainability demands or compliance with sustainability regulations? BALTIPLAST invites you to an event where you’ll learn about practical approaches to reduce plastic waste, improve sustainability and stay ahead of regulations with cost-effective solutions - without disrupting your operations.
Join the Global Green Action Day initiative tackling plastic pollution through collaboration, innovation and action.
Held in support of UN World Environment Day on 5 June, this initiative has a twist: because this is a complex challenge, you can only participate if you have completed the online training, which includes lessons, expert panels, guest talks and webinars.
AIMPLAS has developed a device which demonstrates how the Digital Product Passport for plastic products will work. This tool provides essential information about the traceability, materials, recycling and carbon footprint of products.
Poly(L-Lactide) (PLA), a fully biobased aliphatic polyester, constitutes around 30% of global production of biobased and/or biodegradable plastics.
It has attracted significant attention in the last decade due to its exceptional properties, such as high tensile strength, biocompatibility, (bio)degradability in various media, easy recyclability and good melt-state processability by the conventional processes of the plastic/textile industry. PLA has a number of applications, such as packaging and controlled release matrices for fertilisers and pesticides.
This paper looks at how blending PLA with other polymers can improve its shortcomings.
In this webinar, EuRIC will present its EU Plastics Recyclers Roadmap, outlining key actions to foster a more innovative and competitive sector. Industry leaders will also share insights on overcoming challenges and advancing circularity in the plastics value chain.
