CARGILL DEUTSCHLAND GMBH

Their core work

Cargill Deutschland is the German arm of Cargill, one of the world's largest agricultural commodity processors, handling starches, sweeteners, oils, proteins and industrial bioproducts derived from corn, wheat and other crops. In H2020 they contributed their bio-based feedstock expertise — particularly polysaccharides and agro-industrial residues — to projects converting agricultural byproducts into high-value industrial materials like bioplastics, bio-binders and bio-based packaging. They function as the "biomass supplier and bio-chemistry partner" inside research consortia that need real industrial feedstocks and processing knowledge, not lab-scale substitutes. Their role bridges food/agriculture with manufacturing, packaging and construction materials.

What they specialise in

How they've shifted over time

In 2017, Cargill's German entity joined two parallel projects (BARBARA, SHERPACK) centred on polysaccharides and agrowaste — one aimed at 3D-printing filaments for cars and buildings, the other at flexible food packaging. By 2018 the focus narrowed toward bio-based resins and binders for wood panels and furniture (SusBind). The clear trend is a shift from diversified biomaterial applications (packaging + additive manufacturing) toward durable, high-volume construction-grade biomaterials that replace fossil-based adhesives.

Moving from bioplastics and packaging toward structural bio-adhesives, signalling interest in higher-volume industrial replacement of petrochemical resins.

How they like to work

Cargill Deutschland always joined as an industrial participant, never as coordinator — typical behaviour of a large corporate that brings feedstock, scale and market access rather than academic project management. Across 3 projects they worked with 26 different partners in 10 countries, suggesting a hub-style pattern with fresh partners per project rather than a fixed circle. For partners, this means Cargill is accessible as a bio-feedstock and industrial validation partner, but expects the consortium to handle coordination.

A European network of 26 unique partners spread across 10 countries, reflecting the pan-European character of BBI (Bio-Based Industries) consortia. No single-country concentration beyond the natural EU bioeconomy footprint.

What sets them apart

Unlike research institutes or SMEs working on bio-materials in isolation, Cargill brings industrial-scale access to agricultural feedstocks (starches, polysaccharides, crop residues) and the downstream supply chain to deploy them. Few consortium members can supply tonnes of characterized bio-feedstock and also validate a product against commercial processing realities. This makes them a strong partner when a project needs to prove that a lab-scale biomaterial can actually be sourced, scaled and made economically.

Highlights from their portfolio

• SusBind
  The longest and most industrially ambitious project — replacing formaldehyde resins in wood-panel and furniture manufacturing, a huge real-world market.
• BARBARA
  Unusual cross-sector combination: agricultural waste turned into 3D-printing filament for automotive and building parts.
• SHERPACK
  Targeted the flexible food-packaging market with polysaccharide-based recyclable/biodegradable materials — directly connected to Cargill's food-industry customer base.