Ecohelix LCA Study
Documents below show the LCA study conducted for WOODMER Bind products. Method used for the LCA study is the IPCC 2021 GWP100 method in accordance with ISO14044:2006.
THE BLOG
LATEST RELEASE
•••
Why Repulpability Is Essential for Paper&Board Recycling?
In this blog post we summarize the importance of recyclability in packaging materials and outline the concept of repulpability testing: what it means in practice, why it is important, how it is tested, and the interpretation of the results. Repulpability Defined: Unlike general recyclability, repulpability specifically measures how effectively a material disintegrates into individual fibres … Read more
•••
Pre-study on using Ecohelix WOODMER as battery material
Ecohelix and RISE Research Institutes of Sweden collaborated on a preliminary study to explore the potential of Ecohelix WOODMER®, a bio-based polymer, as a battery material. The project was titled “Improving the performance of Li-Ion battery anodes with sustainable WOODMER®”. Ecohelix WOODMER® is a novel, high-performance, wood-derived polymer offering a sustainable alternative to fossil-based polymers. … Read more
Ecohelix is a finalist at Sustainable Packaging Awards
Ecohelix has been selected as a finalist for Packaging Europe’s prestigious Sustainability Awards in the Renewable Materials (pre-commercial) category. We sent our WOODMER® Seal heat seal coating solution to the competition and are in the finals with other substantially excellent packaging sector innovations. Our forest-derived heat seal coating solution enables completely fibre-based packaging, origins from … Read more
98%
GREENHOUSE GAS EMISSION AVOIDANCE COMPARED TO COMPETITION
10 000 t/a
LARGE SCALE PRODUCTION CAPACITY
10
YEARS OF RESEARCH
NORDIC EXCELLENCE IN
WOOD-BASED BIOPOLYMERS
“Join us in the journey to make our every day life more sustainable. There is still time to change the direction”
Founder & CEO