Core theme of both LIPES (enzymatic splitting of triglycerides) and INCITE (chemoenzymatic integrated processes).
OLEON NV
Belgian oleochemical manufacturer coordinating H2020 demonstration projects that scale enzymatic and chemoenzymatic processing of fats into bio-based commodity and fine chemicals.
Their core work
OLEON is a Belgian oleochemicals manufacturer that converts vegetable oils and animal fats into fatty acids, esters, glycerine and specialty bio-based chemicals used in lubricants, cosmetics, food ingredients, coatings and pharmaceutical formulations. Within H2020 they have focused on replacing energy-intensive, high-temperature chemical processing with enzymatic and chemoenzymatic routes that run at lower temperatures, cut CO2 emissions and open access to higher-purity commodity and fine chemicals. They coordinate industrial demonstration projects, meaning they take lab-scale biocatalysis work and scale it into production-ready processes at their own plant. Their real-world contribution is bringing a working oleochemical production site — with reactors, downstream processing and commercial customer base — into bio-based innovation consortia.
What they specialise in
Both projects are IA / BBI-IA-DEMO demonstration actions aimed at proving production-scale viability.
Explicit keyword focus in INCITE (2019-2023), covering separation and purification of commodity and fine chemicals.
INCITE targets both commodity and fine chemicals streams from chemoenzymatic routes.
LIPES (Life Integrated Process) focuses on lower-energy enzymatic splitting replacing conventional high-pressure hydrolysis.
How they've shifted over time
In their first H2020 project (LIPES, 2016-2021), OLEON concentrated narrowly on one reaction step: replacing high-temperature, high-pressure fat splitting with an enzymatic process to produce fatty acids and glycerine more efficiently. With INCITE (2019-2023) the ambition widened to a full chemoenzymatic production chain, adding integrated downstream processing and a dual focus on commodity and fine chemicals. The trajectory is clear — from optimising a single unit operation toward delivering an entire bio-based process line at industrial scale.
OLEON is moving from single-step enzymatic unit operations toward fully integrated chemoenzymatic production lines, making them a strong industrial anchor for any consortium that needs to demonstrate bio-based chemistry at commercial scale.
How they like to work
OLEON has coordinated both of its H2020 projects, always anchoring industrial demonstration (IA and BBI-IA-DEMO) rather than joining as a silent participant. With 15 unique partners across 6 countries for just two projects, they build mid-sized, purpose-built consortia that combine enzyme developers, process engineers and downstream specialists around their own production site. Working with them means partnering with a company that takes on coordination risk and expects the work to land in a real plant, not a report.
They have worked with 15 distinct partners across 6 countries, always coordinating from their Belgian base in Ertvelde. The network is European in scope and clearly built around the bio-based industries community connected to the BBI JU.
What sets them apart
Unlike most players in bio-based H2020 research — which are universities, RTOs or small biotech SMEs — OLEON is a full-scale oleochemical producer that actually runs reactors every day. That means partners get not only a project coordinator but a committed industrial offtaker and a real demonstration site for enzymatic and chemoenzymatic processes on triglyceride feedstocks. Few European companies combine this operational footprint with a track record of leading EU demonstration projects end to end.
Highlights from their portfolio
- INCITETheir largest H2020 effort (EUR 5.87M, BBI-IA-DEMO), expanding from a single enzymatic step to full chemoenzymatic processes with integrated downstream processing for both commodity and fine chemicals.
- LIPESTheir entry into H2020 as coordinator, replacing conventional high-energy fat splitting with an enzymatic process — the foundation on which INCITE later built.