SciTransfer
Organization

C-SHIFT

Belgian industrial company converting steel off-gases and torrefied wood biomass into bioethanol via large-scale EU demonstration projects.

Large industrial companyenergyBEThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
Unique partners
11
What they do

Their core work

C-SHIFT is a Belgian private company operating at the intersection of heavy industry decarbonization and bio-based fuel production. Based in Zelzate — the home of one of Belgium's largest integrated steel plants — they contribute specialized industrial process expertise to large-scale demonstration projects converting industrial waste streams and biomass into bioethanol. Their work spans two distinct but complementary pathways: capturing carbon-rich off-gases from steelmaking and fermenting them into ethanol, and processing torrefied wood biomass as a renewable bioethanol feedstock. In both cases they serve as a third-party contributor — providing specific technical input, access to industrial infrastructure, or process know-how to consortia they do not formally lead.

Core expertise

What they specialise in

Steel off-gas valorization for bioethanolprimary
1 project

STEELANOL (2015–2024) targeted the capture and fermentation of carbon-rich steelmaking off-gases into advanced bio-ethanol, a process that directly aligns with C-SHIFT's industrial base in Zelzate.

Biomass torrefaction and bioethanol feedstock preparationprimary
1 project

Torero (2017–2024) demonstrated large-scale torrefaction of wood into a renewable feedstock for bioethanol production, extending C-SHIFT's expertise from gas-based to solid biomass-based conversion.

Carbon capture and industrial reuse (CCU)secondary
1 project

STEELANOL's core premise — using CO-rich steel off-gases as a carbon source rather than venting them — places C-SHIFT in the applied CCU space within a heavy-industry context.

Advanced bio-products from industrial and forestry waste streamssecondary
2 projects

Both STEELANOL and Torero produce bio-products (ethanol, torrefied biomass) from industrial or forestry residues, indicating consistent expertise in waste-to-value conversion processes.

Evolution & trajectory

How they've shifted over time

Early focus
Steel off-gas carbon capture and reuse
Recent focus
Torrefied wood biomass bioethanol feedstock

C-SHIFT entered H2020 in 2015 focused squarely on the steel industry's decarbonization potential — specifically using carbon-rich off-gases from blast furnaces as a fermentation substrate for bioethanol. By 2017, their second project shifted the feedstock focus to solid woody biomass, using torrefaction to create a standardized, high-energy-density bioethanol precursor. This progression suggests a deliberate broadening from a single industrial waste stream (steel gases) toward a multi-feedstock bioethanol platform — capturing both fossil-industrial and forest-biomass carbon flows.

C-SHIFT appears to be building a bioethanol competence that bridges heavy industrial decarbonization with the forest-based bioeconomy, making them a candidate partner for projects that need expertise at the industrial–biomass interface.

Collaboration profile

How they like to work

Role: third_party_expertReach: European7 countries collaborated

C-SHIFT has participated exclusively as a third party in both of their H2020 projects, meaning they are contracted by consortium members rather than holding formal project membership or receiving direct EC funding. This pattern strongly suggests they offer a very specific and bounded contribution — most likely access to industrial facilities, on-site process testing capacity, or proprietary technical expertise — rather than broad research or coordination capabilities. Organizations building consortia that need a Belgian industrial-scale testing site or specialized steel/biomass process input should approach C-SHIFT in this contractor or facility-provider capacity.

Across their two projects, C-SHIFT's consortia collectively involved 11 unique partners spanning 7 countries, reflecting the pan-European character of the large-scale demonstration projects (IA funding scheme) in which they participated. Their third-party status means their own direct bilateral relationships within those consortia are less visible than those of formal partners.

Why partner with them

What sets them apart

C-SHIFT occupies a rare niche as a private Belgian company directly embedded in the steel industry geography of Zelzate, giving them credible on-the-ground access to one of Europe's most important testbeds for industrial decarbonization via carbon capture and bioethanol production. Unlike research institutes or engineering consultancies, their private-company status and third-party project role suggest they bring real industrial assets — facilities, process lines, or operational know-how — rather than desktop analysis. For a consortium that needs a Belgian industrial anchor with steel-and-biomass bioethanol credentials, C-SHIFT is a distinctive choice.

Notable projects

Highlights from their portfolio

  • STEELANOL
    A flagship nine-year Innovation Action (2015–2024) that pioneered large-scale gas fermentation of steelmaking off-gases into advanced bioethanol, directly linking steel industry decarbonization with EU renewable fuel targets.
  • Torero
    A large-scale demonstration (2017–2024) of wood torrefaction as a renewable bioethanol feedstock pathway, representing a significant scale-up challenge and complementing STEELANOL's gas-based route with a solid-biomass approach.
Cross-sector capabilities
environment — industrial carbon reuse and emissions reduction from heavy manufacturingmanufacturing — process expertise at the steel production and industrial gases interfacefood and bioeconomy — bio-based product streams from forestry and agricultural residues
Analysis note: C-SHIFT appears in only 2 projects, both as a third party with no recorded EC funding, making it impossible to determine the scale of their financial involvement or the precise nature of their contribution. The profile is reasonably coherent given the thematic consistency of the two projects and the strong geographic contextual signal (Zelzate / steel industry), but should be verified against the company's own communications or STEELANOL/Torero public deliverables before drawing firm conclusions.