The Swedish company Re:Lab AB has developed a chemical circular economy solution to convert plastic items used in research laboratories into a syngas comprised of carbon monoxide and hydrogen. These two components are in high demand for the production of chemicals and plastics.
Blue Plastics technology, called CleanBlueTech, is a pioneering, solvent-based, closed-loop washing technology that removes smell, glue, print-ink and organic residues from any plastic flexible film waste.
CleanBlueTech is a game changer as it uses 70% less energy and 100% less water than existing technologies.
IOBAC avoids adhesive and attaches its flooring materials partly by means of magnets. Its Dual-Grip technology affixes flooring using both magnetism and tack. This means that tiles can be taken up and reused, keeping the components in the value chain, or recycled. The technology is manufactured using plant-based VOC-free resins, recycled rubber tyres and additives from scrap iron.
The Hungarian Ministry of Finance approved a HUF 197.85 million non-refundable grant for Hutoepito, the parent company of KleanLabs, in order to fund research, development and innovation activities under the Upcycling of closed-cell rigid polyurethane foams project, which ran until 31 January 2025.
Tarkett is pioneering post-use flooring recycling in Europe. It is working with IKEA to transform used Tarkett flooring from the IKEA Kungens Kurva store into new flooring.
Tarkett worked with the Swedish environmental company Ragn-Sells to develop carbon negative mineral fillers for vinyl flooring using Estonian oil shale ash.
The Ocean Package UG is a young and sustainable company from Munich with the goal to make e-commerce more environmentally friendly and sustainable. For this purpose, they have designed reusable packaging made of recycled polypropylene, which contains a proportion of collected plastic from the North Sea. Their product can be used 20 times more often than conventional cardboard packaging.
NP-bioTech uses a biocatalyst, adsorbed onto an inert material (catalytic substrate). This enables the accelerated fermentation of critical biomass (such as citrus pulp or sewage sludge), transforming it into a biostabilised and pasteurised material with excellent agronomic properties.
