Reuse fluorinated greenhouse gases ultimate wastes towards EU circular economy through an innovative fluorinated gas distillation system
The LIFE@F-GASES project aims to develop an innovative treatment system for recovering and reusing fluorinated gases, promoting a circular economy and reducing CO2 emissions in Europe’s refrigeration sector.
Projectdetails
Introduction
Fluorinated gases (F-gases), mainly used as refrigerants in the cooling and refrigeration sector, have a strong environmental impact, deeply participating in the global warming potential. For a long time, human activities have been creating fluorinated gas emissions much more rapidly than the Earth can remove them, increasing global levels.
Project Ambition
To meet the challenges of the EU policy objectives towards decarbonisation and carbon neutrality in 2030, the LIFE@F-GASES project's ambition is to engage in the industrialization of a new treatment system (recovery, treatment, and reuse) of fluorinated greenhouse gases. This system is capable of distilling waste mixtures from the recovery of refrigerants.
This new treatment method, the only one of its kind in Europe, promotes the reuse of substances that have been brought up to standard, either on their own or as part of a low-GWP mixture. This approach thereby promotes a circular economy in Europe for the health, refrigeration, and HVAC industries.
Project Overview
Thus, LIFE@F-GASES is a project for an innovative treatment system for fluorinated greenhouse gases used in the health, refrigeration, air conditioning, and fire extinguishing industries. It consists of:
- Recovery
- Treatment
- Reuse in a circular economy logic
This distillation system for fluorinated greenhouse gases will eventually save up to 1.637 Mteq CO2 per year and up to 2.268 Mteq CO2 per year indirectly. It will also contribute to the EU's autonomy in the supply of fluorinated gases, enhancing self-sufficiency.
Market Context
European refrigerant production has been declining almost steadily since 2007, making the continent increasingly dependent on imports of these substances. Considering that in 2018, HFC production in Europe was 19,270 tons and imports were 77,069 tons, it can be estimated that about 80% of European demand is met through imports.
In 2018, 71% of HFC imports into Europe came from China and 20% from the USA.
Importance of Reclaimed Gases
The possibility of putting reclaimed fluorinated gases back on the market is therefore all the more important in view of this issue of independence of European supply.
Financiële details & Tijdlijn
Financiële details
Subsidiebedrag | € 3.019.367 |
Totale projectbegroting | € 5.032.278 |
Tijdlijn
Startdatum | 1-6-2022 |
Einddatum | 31-5-2025 |
Subsidiejaar | 2022 |
Partners & Locaties
Projectpartners
- DEHON SERVICE SASpenvoerder
- CREALIS BELGIUM
- CREALIS
- GESTIMAT
- INVENTEC PERFORMANCE CHEMICALS
Land(en)
Vergelijkbare projecten binnen LIFE
Project | Regeling | Bedrag | Jaar | Actie |
---|---|---|---|---|
Efficiency solutions: a new booster for CO2 transcritical refrigerant plants and GHG reductionLIFE TURBOLAGOR CO2 aims to enhance energy efficiency and cooling capacity in CO2 refrigeration systems through an innovative thermodynamic cycle, promoting sustainable alternatives to HFCs. | LIFE Standar... | € 1.776.577 | 2023 | Details |
Fostering energy efficiency and GHG-emissions savings through the recuperation of residual gases in the aluminium recycling industryThe LIFE HYDROGAS project aims to stabilize and purify waste gas from aluminum recycling to produce high-purity H2 and CH4 as alternative fuels, reducing environmental impact significantly. | LIFE Standar... | € 2.240.630 | 2024 | Details |
Implementation of Circular economy model for reusing of WEEEThe project aims to establish a circular business model for HVACR equipment by creating a repair center and e-marketplace for recovered spare parts, promoting sustainability and waste reduction. | LIFE Standar... | € 2.185.425 | 2023 | Details |
SKILLSAFE EU - Skills Enhancement for Safe Handling of Highly Flammable Refrigerants in the EUThe 'SKILLSAFE-EU' project aims to develop safety guidelines for installing heat pumps using R290 refrigerant, enhancing installer skills and reducing risks across the EU. | LIFE Clean E... | € 1.295.511 | 2024 | Details |
Demonstration of a new circular waste treatment process with higher recycling rates and a smart customised production of alternative fuel from unrecyclable fractions for EIIs and advanced power plantsSRF 4.0 aims to reduce EU waste by developing a pioneering plant for sorting and processing waste into high-quality solid recovered fuel and recyclable materials, promoting a circular economy. | LIFE Standar... | € 3.478.709 | 2023 | Details |
Efficiency solutions: a new booster for CO2 transcritical refrigerant plants and GHG reduction
LIFE TURBOLAGOR CO2 aims to enhance energy efficiency and cooling capacity in CO2 refrigeration systems through an innovative thermodynamic cycle, promoting sustainable alternatives to HFCs.
Fostering energy efficiency and GHG-emissions savings through the recuperation of residual gases in the aluminium recycling industry
The LIFE HYDROGAS project aims to stabilize and purify waste gas from aluminum recycling to produce high-purity H2 and CH4 as alternative fuels, reducing environmental impact significantly.
Implementation of Circular economy model for reusing of WEEE
The project aims to establish a circular business model for HVACR equipment by creating a repair center and e-marketplace for recovered spare parts, promoting sustainability and waste reduction.
SKILLSAFE EU - Skills Enhancement for Safe Handling of Highly Flammable Refrigerants in the EU
The 'SKILLSAFE-EU' project aims to develop safety guidelines for installing heat pumps using R290 refrigerant, enhancing installer skills and reducing risks across the EU.
Demonstration of a new circular waste treatment process with higher recycling rates and a smart customised production of alternative fuel from unrecyclable fractions for EIIs and advanced power plants
SRF 4.0 aims to reduce EU waste by developing a pioneering plant for sorting and processing waste into high-quality solid recovered fuel and recyclable materials, promoting a circular economy.
Vergelijkbare projecten uit andere regelingen
Project | Regeling | Bedrag | Jaar | Actie |
---|---|---|---|---|
Chemical Recycling of FluorochemicalsThe project aims to commercialize a breakthrough technology for recycling HFCs and fluoropolymers, enabling the reuse of fluorine to produce valuable fluorochemicals and promote a circular economy. | ERC Proof of... | € 150.000 | 2025 | Details |
FUse, REuse,ReCycleThe FUREC project converts non-recyclable waste into 54,000 tonnes of hydrogen annually, supplying the chemical industry while achieving a 101% reduction in greenhouse gas emissions. | Innovation F... | € 108.000.000 | 2023 | Details |
Low temperature heat recovery for industrial use by heat pumpsThe CIRQLAR project aims to recover and upgrade low-temperature waste heat using heat pumps, achieving 100% GHG emission reduction in its first decade while enhancing energy efficiency in refineries. | Innovation F... | € 2.169.261 | 2023 | Details |
Tribo-Reactor for fluorine circularity by urban miningTriFluorium aims to develop a tribolysis recycling process to safely convert stable organofluorides into usable inorganic fluorides, enhancing circular economy capabilities and addressing critical resource needs. | EIC Pathfinder | € 2.913.913 | 2025 | Details |
Carbon Cycle Bio EnergyHet project demonstreert CO2-afvang en hergebruik als duurzame grondstof voor glastuinbouw, met energiebesparing en samenwerking met industriële gassenleveranciers. | Demonstratie... | € 1.628.010 | 2016 | Details |
Chemical Recycling of Fluorochemicals
The project aims to commercialize a breakthrough technology for recycling HFCs and fluoropolymers, enabling the reuse of fluorine to produce valuable fluorochemicals and promote a circular economy.
FUse, REuse,ReCycle
The FUREC project converts non-recyclable waste into 54,000 tonnes of hydrogen annually, supplying the chemical industry while achieving a 101% reduction in greenhouse gas emissions.
Low temperature heat recovery for industrial use by heat pumps
The CIRQLAR project aims to recover and upgrade low-temperature waste heat using heat pumps, achieving 100% GHG emission reduction in its first decade while enhancing energy efficiency in refineries.
Tribo-Reactor for fluorine circularity by urban mining
TriFluorium aims to develop a tribolysis recycling process to safely convert stable organofluorides into usable inorganic fluorides, enhancing circular economy capabilities and addressing critical resource needs.
Carbon Cycle Bio Energy
Het project demonstreert CO2-afvang en hergebruik als duurzame grondstof voor glastuinbouw, met energiebesparing en samenwerking met industriële gassenleveranciers.