EveryCarbon, a German cleantech company focused on circular polymer materials, has secured a subcontract under the EU-funded FLAIR project to advance its production capabilities from laboratory scale to industrial operations. The award positions the startup to demonstrate that conventional food-processing plants can be retrofitted to manufacture fossil-independent polymers without requiring entirely new infrastructure investments.
The subcontract will enable EveryCarbon to establish a 10,000-litre industrial pilot facility at Popp Feinkost, integrating its circular diol production process into the existing industrial infrastructure already present at the food company’s site. The initiative represents a significant step toward commercialising the startup’s ECOne engineering resins, which are produced through a fermentation-based process that eliminates reliance on traditional petroleum-derived feedstocks.
Repurposing Existing Infrastructure
The project’s design reflects a pragmatic approach to scaling circular production methods. Rather than constructing purpose-built facilities, EveryCarbon will retrofit a 10 m³ tank at Popp Feinkost and integrate its fermentation process with the existing gas and hot-water systems already operational at the site. Hydrolysate produced through this pilot will subsequently be transported to EveryCarbon’s conversion facility in Stuttgart, where it will be processed into the final ECOne engineering resins.
Sebastian Beblawy, commenting on the development, stated: “This project allows us to validate continuous production of the building block used in ECOne, while showing how existing industrial infrastructure can be repurposed to reduce dependence on fossil-derived materials.”
Academic and Research Partnerships
The initiative benefits from collaboration with established research institutions. The FLAIR project brings together TU Hamburg, the University of Hamburg, and Fraunhofer IPA to provide technical expertise and validation throughout the pilot phase. These partnerships are expected to accelerate the transition from laboratory-scale development to industrial-grade continuous production.
By demonstrating that fermentation-based polymer manufacturing can operate successfully within repurposed food-processing environments, the project addresses a critical challenge in scaling circular materials production: the capital intensity typically associated with establishing new manufacturing facilities.
Broader Context
The award reflects growing European interest in circular economy solutions for polymer manufacturing. As the EU continues to tighten regulations on single-use plastics and fossil fuel dependency, startups developing alternative material pathways are increasingly accessing public funding mechanisms. The FLAIR project’s focus on integrating circular production into existing industrial infrastructure offers a replicable model that could influence how other European manufacturers approach the transition toward sustainable polymers.
EveryCarbon’s progress signals mounting momentum in the region’s cleantech sector, particularly for companies addressing the structural shift toward circular alternatives in materials traditionally derived from oil and gas. The pilot’s outcomes could provide valuable data for scaling similar approaches across Europe’s extensive food-processing and manufacturing base.