Novamont produces biopolymer products that are 100 % biodegradable and compostable from its MATER-BI® material for catering, agriculture and packaging.
You are here
Professional, scientific and technical activities
Esosport was founded in 2009, by a small group of avid sports people, wanting to find a better use for old sports shoes than simply being thrown away.
Indeed, once they have exhausted their support and performance potential, recycled sport shoes provide a secondary raw material with interesting characteristics for flooring in sports facilities.
Recovinyl is an initiative by the European PVC value-chain aimed at facilitating PVC waste collection and recycling under the Voluntary Commitments of Vinyl 2010 and VinylPlus®.
Recovinyl’s target is to stimulate and certify the recycling of 800,000 tonnes of PVC waste by 2020 as one of the challenges set in the VinylPlus Voluntary Commitment.
WREP (Waste REcycling Project) 2018 was a pilot project by the Italian PVC forum designed to improve the collection and recycling of polyvynil chloride in Venice. This pilot forms part of a wider, 3-year project to increase recycling of post-use PVC, and focused on the demolition and recycling sectors in particular.
Mater‐Biopolymer - industrial regeneration and recovery of production residues in biopolyesters industry
Mater-Biopolymer is a company based in Patrica, 100% owned by Novamont, dedicated to the production of Origo-Bi, biodegradable biopolyesters of renewable origin, and to the development of new biopolymers.
The industrial site is the result of the reconversion of existing infrastructures and skills of an abandoned production plant for PET. It ensures the highest quality and safety requirements.
NAFIGATE’s Hydal Biotechnology uses waste cooking oil to produce a fully biodegradable and biocompatible PHA biopolymer named Hydal (Polyhydroxyalcanoates). This is the first biopolymer of its kind being produced on an industrial scale at an affordable price.
DyeCoo, based in Weesp, the Netherlands, has more than 15 years of experience in CO₂-based textile processing technology. By replacing water with CO₂ for the dyeing process, no wastewater is generated. Furthermore, DyCoo uses reclaimed CO₂ from existing idustrial processes, making it a closed loop operation.
C-SERVEES is a European project that aims to boost a resource-efficient circular economy in the electrical and electronic (E&E) sector through the development, testing, validation and transfer of new circular economic business models based on systemic eco-innovative services.
Use of recycled plastic material (rPM) in North West Europe is homogeneously low. In packaging and building, the highest plastic-consuming sectors, only 8% of plastic employed is recyclate (Plastics Europe 2016). The Interreg NWE research project Di-Plast develops digital technology to enable complete documentation and quality assurance of recycled plastic material flows.
AquaponieBxl is introducing aquaponics across Brussels by building urban farms where vegetables grow on water using fish waste as fertiliser.