Pryme converts plastic waste into valuable products on an industrial scale. It has developed a new approach to an existing and proven chemical recycling technology. Pryme has optimised the pyrolysis process by adding proprietary characteristics.
CleanBags machines empty and internally disinfect bags used in healthcare facilities. The disinfectant used is chlorhexidine digluconate which has a broad spectrum of action, meaning that it acts on bacteria and viruses, even COVID-19.
The European NONTOX Project aims to eliminate hazardous and unpleasant substances from plastic waste and thus convert non-recyclable plastics and recycling waste into new resources.
The URBIOFIN project aims to demonstrate the techno-economic and environmental viability of an integrated and innovative biorefinery for the transformation of the organic fraction of municipal solid wasteinto new marketable bioproducts, chemical building blocks, biopolymers and additives for different markets like agriculture and cosmetics.
The RiceRes research project, launched in 2016 by the CNR (National Research Council) and the Universities of Milan and Pavia and financed by the Cariplo Foundation, aimed to make the most of waste materials from processing Italian rice.
UK-based Chip[s] Board have developed a range of innovative, circular materials from potato waste.
Complementing traditional mechanical recycling efforts, Plastic Energy has developed a patented Thermal Anaerobic Conversion (TAC) technology to convert end-of-life plastic waste into a new feedstock, called TACOIL, that can be used in the manufacturing of virgin-quality plastics suitable for food-grade packaging.
The Horizon 2020 project SUSTAINair was launched recently. It aims to research and develop solutions to increase resource efficiency and aircraft performance while cutting down on waste and material costs throughout the aircraft life cycle - what is known as "circular aviation".
The company re:newcell, together with a group of scientist from the Fraunhofer Institute for Applied Polymer Research (IAP), have developed a technique that transforms recycled cotton into viscose rayon fibre, which is a suitable material for mass manufacturing.
Econooc is a no-effort conservation beehive made from mycelium and other repurposed/sustainable materials.
The Baltic TRAM (Transnational Research Access in the Macroregion) project strengthened the relationship between analytical research institutions and businesses by fostering cooperation between companies and researchers, linking expertise to industrial needs.
RUCONBAR, developed in a project which ran from 2011 to 2014, is a highly absorptive, environmentally-friendly concrete noise barrier. It is an innovative mixture of recycled waste tyres and concrete which forms a porous, lightweight, sound absorbing panel.
RECOSI is a social franchise focusing on the reuse and refurbishment of ICT and WEEE.
The Horizon-2020 SHAREBOX project promoted industrial symbiosis by developing an online platform providing information on waste resources (i.e. energy, water, residues, etc.) that could be used to replace primary resources, to plant managers and other decision-makers.
Alchemia-nova, the Institute for innovative phytochemistry and closed loop processes, has colloborated with vertECO, GRETA and LooPi to develop three types of green walls, which treat wastewater to service water standards and create plant biomass and fertiliser.
BPost's project aims to replace all water fountains and vending machines for hot and cold drinks and snacks. The company would like to install new machines that are energy-efficient and produce less waste.
The Facility Services Agency drew up an inventory of all the surplus office furniture from the various departments of the Flemish government. This made it much easier to give the chairs, desks and cupboards etc. a second life.