PLASTIC2WAXLIFE: Demonstrating a scalable modular pyrolysis process to give new life to waste plastics while enabling local production of sustainable wax (aka NEWLIFE2PLASTIC)
PLASTIC2WAXLIFE aims to scale a pyrolysis process to convert waste plastics into sustainable wax, reducing waste incineration and CO2 emissions while meeting growing market demand.
Projectdetails
Introduction
Today’s world is overwhelmed by the urgent need to address a growing flux of unsustainably produced and disposed materials. In 2018 alone, 12.5 million tonnes of waste plastics were burned and 7.3 million tonnes landfilled in Europe, further raising concern regarding microplastics dispersion.
Project Overview
PLASTIC2WAXLIFE will demonstrate and bring to market an innovative chemical recycling process based on pyrolysis for the conversion of waste plastics into sustainable wax. This initiative aims to displace current unsustainable practices of plastics disposal while simultaneously unlocking a market opportunity for large-scale production of sustainable specialty wax, replacing polyolefin waxes.
Importance of Wax
Wax is a material globally used in many manufacturing sectors essential for Europe. Currently, it is obtained from foreign fossil resources, and the demand is expected to exceed supply by 20%.
Scaling Up the Process
PLASTIC2WAXLIFE will scale up a proprietary pyrolysis process already validated at LAB (Belfast, UK) and PILOT (Portlaoise, Ireland) scale, from 4,000 to 12,000 tonnes/year DEMO capacity. The project will further deploy the same process at a 40,000 tonnes/year INDUSTRIAL scale.
Collaboration
This scaling will occur in close collaboration with:
- Waste feedstock providers (Bord na Mona / AES, SABRINA/SIS, Whirlpool)
- End-users (H&R Group (DE), DOW Chemicals (NL))
This collaboration aims to ensure a fully secured sustainable value chain from feedstock to client.
Expected Outcomes
By doing so, the project is expected to deliver an industrial plant capable of:
- Preventing up to 24,000 tonnes/year of waste plastics incineration
- Reducing 23,000 tonnes of CO2eq/year of GHG emissions
- Achieving up to 354 GWh/year of energy savings every year
Overall, such a value chain will satisfy corporate social responsibilities from a shareholder and customer perspective, as well as align with the SDGs, the EU Green Deal, and the LIFE Programme goals.
Financiële details & Tijdlijn
Financiële details
Subsidiebedrag | € 3.013.971 |
Totale projectbegroting | € 5.051.858 |
Tijdlijn
Startdatum | 1-8-2022 |
Einddatum | 31-12-2025 |
Subsidiejaar | 2022 |
Partners & Locaties
Projectpartners
- TRIFOL RESOURCES LIMITEDpenvoerder
Land(en)
Vergelijkbare projecten binnen LIFE
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Bringing local and regional municipalities towards owning their SECAPsOwnYourSECAP aims to empower over 110 municipalities to develop and implement effective climate action plans through systematic energy management, adaptation strategies, and stakeholder engagement. | LIFE CET | € 1.722.726 | 2022 | Details |
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Integrated Quality Services for Home Renovation Roadmap
EASIER enhances energy renovation for condominiums in Italy by integrating public-private services, training stakeholders, and utilizing digital tools to simplify processes and promote energy savings.
Bringing local and regional municipalities towards owning their SECAPs
OwnYourSECAP aims to empower over 110 municipalities to develop and implement effective climate action plans through systematic energy management, adaptation strategies, and stakeholder engagement.
Improving and demonstrating the potential of SRI
easySRI develops a web platform for automated Smart Readiness Indicator calculations, enhancing energy efficiency insights and supporting ML-based evaluations for building upgrades and stakeholder engagement.
Decentralization, Diversity and Dynamic load regulation – novel approaches to tangible energy transition with diversification of production sources
3DIVERSE aims to integrate sustainable energy investments through a coordinated multi-sector approach, enhancing citizen engagement and financing to create a replicable model for energy transition.
Vergelijkbare projecten uit andere regelingen
Project | Regeling | Bedrag | Jaar | Actie |
---|---|---|---|---|
Pryme CleanTech: Energiebesparing bij recycling van afvalplastics tot circulaire plasticsHet PRYME-project demonstreert innovatieve thermische depolymerisatie om niet-recycleerbaar plastic om te zetten in hoogwaardige grondstoffen, wat bijdraagt aan een circulaire economie en CO2-reductie. | DEI+ | € 4.991.511 | 2018 | Details |
Van mixed plastics waste naar SP-transportpallets en -rijplatenDe full-scale demo fabriek in Weert verwerkt jaarlijks 24.000 ton mixed plastics waste tot rijplaten en transport pallets, vermindert CO2-uitstoot en creëert nieuwe werkgelegenheid. | DEI+ | € 2.250.000 | 2020 | Details |
Kunststofmantels: Van uitzichtloos afval tot groen productHet project demonstreert een nieuwe technologie voor het recyclen van kunststof kabelafval tot duurzame producten, met als doel milieubescherming en CO2-reductie in de kabelindustrie. | DEI+ | € 214.500 | Onbekend | Details |
CIRCULAR PAVING; Op weg naar circulaire bestrating met kunststof klinkersHet project ontwikkelt een pilotlijn voor het recyclen van laagwaardig polyolefinen tot kunststof klinkers, gericht op CO2-reductie en verbetering van arbeidsomstandigheden in de bestratingssector. | DEI+ | € 553.834 | Onbekend | Details |
Pryme CleanTech: Energiebesparing bij recycling van afvalplastics tot circulaire plastics
Het PRYME-project demonstreert innovatieve thermische depolymerisatie om niet-recycleerbaar plastic om te zetten in hoogwaardige grondstoffen, wat bijdraagt aan een circulaire economie en CO2-reductie.
Van mixed plastics waste naar SP-transportpallets en -rijplaten
De full-scale demo fabriek in Weert verwerkt jaarlijks 24.000 ton mixed plastics waste tot rijplaten en transport pallets, vermindert CO2-uitstoot en creëert nieuwe werkgelegenheid.
Kunststofmantels: Van uitzichtloos afval tot groen product
Het project demonstreert een nieuwe technologie voor het recyclen van kunststof kabelafval tot duurzame producten, met als doel milieubescherming en CO2-reductie in de kabelindustrie.
CIRCULAR PAVING; Op weg naar circulaire bestrating met kunststof klinkers
Het project ontwikkelt een pilotlijn voor het recyclen van laagwaardig polyolefinen tot kunststof klinkers, gericht op CO2-reductie en verbetering van arbeidsomstandigheden in de bestratingssector.