Both CARBOSURF and WASTE2FUNC target biosurfactant production and integration into home and personal care product formulations, Croda's core commercial domain.
CRODA EUROPE LTD
UK specialty chemicals company integrating fermentation-derived biosurfactants and bio-based acids into commercial home and personal care formulations.
Their core work
Croda Europe is the European operating arm of Croda International, a global specialty chemicals company that formulates high-performance ingredients for personal care, home care, and industrial markets. In H2020 projects, they participate as the industrial end-user and formulation expert — validating whether fermentation-derived biosurfactants and bio-based acids can replace conventional synthetic ingredients in real commercial products. Their value in a consortium is bridging the gap between academic fermentation science and actual market-ready formulations. Both of their EU projects sit squarely in the bio-based chemicals space, reflecting Croda's strategic push to source specialty ingredients from renewable and waste feedstocks.
What they specialise in
WASTE2FUNC specifically targets biosurfactants and lactic acid derived from supermarket food waste and crude glycerin, reflecting Croda's circular economy sourcing strategy.
CARBOSURF addressed glycolipid biosurfactant production via fermentation; WASTE2FUNC extends this to lactic acid fermentation from waste biomass.
WASTE2FUNC is classified as an Innovation Action (IA) with 'demonstration' as an explicit keyword, indicating Croda's engagement at pre-commercial pilot scale.
How they've shifted over time
In the 2015–2018 period, Croda engaged with fundamental biosurfactant R&D through CARBOSURF, a BBI Research and Innovation Action focused on establishing fermentative production routes for glycolipid biosurfactants — essentially a proof-of-concept exercise. By 2021–2024 with WASTE2FUNC, the scope had expanded substantially: the project is an Innovation Action at demonstration scale, using circular feedstocks (supermarket food waste, crude glycerin) rather than virgin substrates, and targeting lactic acid alongside biosurfactants. The trajectory is clear — from lab-scale science toward industrial demonstration, and from simple bio-based production toward full circular economy integration.
Croda is moving from observing bio-based ingredient science to actively de-risking circular feedstock supply chains for their own product portfolio, making them an attractive partner for any consortium commercializing bio-based surfactants or organic acids.
How they like to work
Croda participates exclusively as a consortium partner — never as coordinator — which is typical for large industrial companies that bring application expertise and market access rather than scientific leadership. Across two projects they have worked with 25 distinct partners, suggesting they engage in mid-to-large consortia rather than tight bilateral collaborations. Their role is most likely that of the industrial validator and end-user: the partner who confirms whether a new bio-based ingredient actually performs in a real commercial formulation and can be scaled.
Croda has collaborated with 25 unique partners across 6 countries through just two projects, pointing to mid-sized, internationally diverse BBI-JU consortia. Given the BBI-JU funding context, their network likely spans Northern and Western European biorefinery, fermentation, and food-processing institutions.
What sets them apart
Croda is one of very few large-scale specialty chemicals companies with direct, documented engagement in EU-funded biosurfactant research — most consortia in this space are dominated by universities and SMEs, so Croda brings rare industrial formulation depth and a ready commercial channel. For consortium builders, this means Croda can confirm the real-world applicability of a bio-based ingredient and credibly represent the downstream market, dramatically strengthening a project's exploitation and impact sections. Partnering with them signals industrial commitment to a bio-based transition, which resonates strongly with BBI-JU and Horizon evaluators.
Highlights from their portfolio
- WASTE2FUNCAn Innovation Action running to 2024 that targets full demonstration of biosurfactant and lactic acid production from supermarket food waste and crude glycerin — the most advanced and commercially ambitious of Croda's two EU projects.
- CARBOSURFCroda's entry into EU-funded bio-based research, establishing early expertise in glycolipid biosurfactant fermentation that directly set the stage for their later demonstration-scale work.