AFTERBIOCHEM and PYROCO2 both center on microbial conversion processes to produce valuable chemicals from renewable or waste feedstocks.
FIRMENICH SA
Global fragrance and flavor company contributing industrial biotechnology expertise to bio-based chemical production and CO2 valorization in EU research consortia.
Their core work
Firmenich is one of the world's largest fragrance and flavor companies, headquartered in Geneva, Switzerland. Within H2020, they contribute industrial biotechnology expertise to projects converting biomass and captured CO2 into high-value bio-based chemicals — including fine chemicals via anaerobic fermentation (AFTERBIOCHEM) and platform chemicals from industrial carbon dioxide (PYROCO2). Their participation reflects a corporate strategy to develop sustainable, bio-based alternatives to petrochemical-derived ingredients used in their core flavor and fragrance business.
What they specialise in
EnzOx2 focused on new enzymatic oxidation technologies for added-value bio-based products.
PYROCO2 demonstrates thermophilic microbial conversion of industrial CO2 into acetone and other C3 platform chemicals.
PYROCO2 keywords explicitly include process scale-up, indicating involvement in moving lab processes to industrial demonstration.
How they've shifted over time
Firmenich's H2020 trajectory shows a clear shift from enzymatic chemistry toward fermentation-based and carbon-utilization approaches. Their earliest project (EnzOx2, 2016) focused on enzymatic oxidation for bio-based products — a relatively traditional biocatalysis topic. By 2020-2021, their participation moved decisively toward anaerobic fermentation (AFTERBIOCHEM) and CO2 valorization (PYROCO2), reflecting the broader industry pivot toward decarbonization and circular carbon economies.
Firmenich is moving from traditional biocatalysis toward circular carbon chemistry — partners seeking sustainable chemical production from CO2 or biomass waste will find strong alignment.
How they like to work
Firmenich participates exclusively as a consortium partner, never as coordinator — consistent with a large company contributing industrial expertise and application-side validation rather than leading academic research agendas. With 48 unique partners across just 3 projects, they operate in large consortia (averaging 16+ partners per project), typical of BBI and Innovation Action funding schemes. This suggests they are comfortable in complex multi-partner environments and bring industry-scale testing and market perspective to research consortia.
Firmenich has collaborated with 48 distinct partners across 13 countries through only 3 projects, indicating participation in broad, multi-national consortia. Their network spans much of the EU bio-based industries ecosystem.
What sets them apart
Firmenich brings something rare to research consortia: a global-scale industrial end-user for bio-based fine chemicals. While many partners in these projects are universities or research institutes developing processes, Firmenich represents actual market demand — they need sustainable ingredients for their fragrance and flavor products. For consortium builders, this means Firmenich can validate commercial viability and provide a realistic pathway from lab to market application.
Highlights from their portfolio
- AFTERBIOCHEMLargest EC contribution (EUR 920,378) — anaerobic fermentation of biomass into fine chemicals, directly aligned with Firmenich's core ingredient business.
- PYROCO2Demonstrates CO2-to-chemicals conversion via thermophilic microbes — positions Firmenich at the frontier of industrial decarbonization and CCU.