ReGenFix promotes regeneration instead of disposal, reducing the environmental footprint of laboratory consumables. By extending the lifespan of chromatography resins and columns, ReGenFix cuts waste and CO₂ emissions linked to manufacturing, transport, and disposal. Each regenerated column reduces material use up to 30-fold, lowering emissions from new resin production, which is typically around 110 kg CO₂ per kg. The ReGenFix production uses only mild, water-soluble reagents, avoiding harsh chemicals and generating just ~0.11 kg CO₂ per liter. ReGenFix enables sustainable, low-impact research while contributing to a cleaner, more circular laboratory economy.

ReGenFix supports the UN Sustainable Development Goals by driving sustainability in biotechnology—specifically SDG 9 (Industry, Innovation & Infrastructure), SDG 12 (Responsible Consumption & Production), and SDG 13 (Climate Action). By regenerating rather than discarding FPLC columns and resins, ReGenFix promotes a circular economy, reduces resource use, and cuts carbon emissions from production and disposal. This innovative, cost-effective approach fosters more resilient, low-impact laboratory practices, demonstrating how small-scale solutions can deliver measurable climate benefits within the life sciences industry.

ReGenFix fully aligns with the European Green Deal, advancing the EU’s vision for a climate-neutral, resource-efficient economy. By enabling the reuse of laboratory materials and minimizing waste, it directly supports EU goals to reduce carbon emissions and promote circular innovation. The project also contributes to the objectives of Horizon Europe, fostering sustainable technologies that address global environmental challenges. With support, ReGenFix can further drive the EU’s green transition and strengthen Europe’s leadership in sustainable biotechnology.