SciTransfer
Organization

WIEDEMANN GMBH

German SME specializing in waste valorization, converting biowaste and fruit/vegetable residues into biofertilizers and bio-based materials.

Technology SMEenvironmentDESMEThin data (2/5)
H2020 projects
3
As coordinator
0
Total EC funding
€426K
Unique partners
54
What they do

Their core work

Wiedemann GmbH is a German SME that specializes in materials processing and waste valorization, contributing technical expertise to EU research consortia focused on converting organic waste streams into useful products. Their project portfolio shows capabilities spanning from nanomaterial applications in construction and heritage conservation to biowaste conversion into biopolymers and biofertilizers. The company appears to operate at the intersection of materials science and circular bioeconomy, bringing practical industrial know-how to large research-driven consortia.

Core expertise

What they specialise in

Biowaste valorization and bioconversionprimary
2 projects

Central to both VOLATILE (biowaste to volatile fatty acids and biopolymers) and RUSTICA (fruit/vegetable waste to biofertilizers).

Circular biofertilizer productionemerging
1 project

RUSTICA project (2021-2024) focuses on demonstration of circular biofertilisers from fruit and vegetable waste streams.

Nanomaterials for construction and conservationsecondary
1 project

NANO-CATHEDRAL (2015-2018) developed nanomaterials for conservation of European architectural heritage.

Evolution & trajectory

How they've shifted over time

Early focus
Nanomaterials and heritage conservation
Recent focus
Circular biofertilizers from food waste

Wiedemann's trajectory shows a clear shift from advanced materials for the built environment toward circular bioeconomy applications. Their earliest project (NANO-CATHEDRAL, 2015) focused on nanomaterials for heritage building conservation — a niche manufacturing application. By 2016, with VOLATILE, they pivoted toward biowaste processing and bio-based chemicals, and their most recent project (RUSTICA, 2021) is squarely in circular agriculture, converting fruit and vegetable waste into biofertilizers. The common thread is materials transformation, but the application domain has moved decisively from construction to food-system circularity.

Wiedemann is moving toward circular bioeconomy and agricultural waste valorization, making them a relevant partner for future projects on organic waste reuse, bio-based fertilizers, and food-system sustainability.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European14 countries collaborated

Wiedemann operates exclusively as a consortium participant, never as coordinator, which is typical for a specialist SME contributing targeted technical capabilities to larger research efforts. With 54 unique partners across just 3 projects, they work in large consortia (averaging 18+ partners per project), indicating comfort with complex multi-partner environments. Their role pattern suggests they are brought in for specific industrial expertise rather than driving project strategy.

Despite only 3 projects, Wiedemann has built a broad network of 54 unique partners spanning 14 countries, reflecting the large-consortium nature of their Innovation Action and Research projects. Their reach is genuinely pan-European with no obvious geographic clustering.

Why partner with them

What sets them apart

Wiedemann brings an unusual combination: industrial materials processing expertise applied to both traditional sectors (construction heritage) and emerging bioeconomy applications. For consortium builders, their value lies in being a hands-on SME capable of translating lab-scale bio-based processes into practical implementation, particularly in waste-to-product pathways. Their participation in both IA and RIA projects suggests they can contribute to both fundamental research and near-market demonstration.

Notable projects

Highlights from their portfolio

  • VOLATILE
    Largest single grant (€208K) and a bridge project linking biowaste chemistry to biopolymer production — the pivot point in Wiedemann's shift toward bioeconomy.
  • RUSTICA
    Most recent project (2021-2024) focused on demonstration-scale circular biofertilizers, signaling their current strategic direction in agricultural waste valorization.
  • NANO-CATHEDRAL
    Earliest H2020 project showing their original materials science roots — nanomaterials applied to European architectural heritage conservation.
Cross-sector capabilities
foodmanufacturingenvironment
Analysis note: Profile based on only 3 projects with limited keyword data. No website available for verification. The company's core commercial activities outside H2020 are unclear — the expertise areas are inferred from project descriptions. The evolution narrative is plausible but based on a small sample; the nanomaterials work may have been opportunistic rather than reflecting a true pivot.