BPE INTERNATIONAL DR HORNIG GMBH

Their core work

BPE International Dr. Hornig GmbH is a German technology SME based in Eckental that applies specialized technical expertise to environmental systems and advanced materials science within large international research consortia. In their earlier work they contributed to sustainable water treatment and closed recirculation aquaculture systems for Sub-Saharan Africa, working with membrane bioreactor technology. More recently they shifted toward nano-structured piezoelectric and thermoelectric materials for energy harvesting, contributing to nanomanufacturing and thin-film fabrication research. Their consistent role as a consortium partner — never as coordinator — indicates they function as a focused technical specialist, bringing a defined competency to multi-partner projects rather than leading them.

What they specialise in

How they've shifted over time

In their first H2020 project (2016–2019), BPE's work centred entirely on applied environmental technology: membrane bioreactors, closed recirculation aquaculture, sanitation, and capacity building for the Lake Victoria region — a development-oriented, water-and-food-security agenda. Their second project (2020–2024) represents a sharp technical pivot toward advanced materials science, specifically nano-structured piezoelectric and thermoelectric materials, nanomanufacturing, and thin-film fabrication for energy harvesting applications. The two domains share almost no keywords, which either reflects a deliberate strategic repositioning or reveals that BPE brings a single underlying capability — possibly instrumentation, testing, or component fabrication — that the data does not make explicit.

BPE is moving firmly into advanced materials and nano-enabled energy systems, suggesting that future collaborations are most likely in smart materials, energy harvesting structures, or sustainable manufacturing rather than environmental or water projects.

How they like to work

BPE has participated exclusively as a consortium partner across both H2020 projects and has never served as a project coordinator. With 25 unique partners across 13 countries generated from only 2 projects, they are consistently embedded in large, internationally diverse consortia — not small bilateral partnerships. This pattern suggests BPE is sought out for a specific, bounded technical contribution rather than for project management or consortium leadership capacity.

BPE has connected with 25 partners across 13 countries through just two projects, indicating involvement in large multinational consortia spanning both African development partners (VicInAqua) and European advanced materials research groups (FAST-SMART). Their network is geographically broad but built through depth of involvement in individual projects rather than repeated partnerships.

What sets them apart

BPE is an uncommon SME that has operated at both ends of the technology spectrum — applied environmental engineering in Sub-Saharan Africa and frontier nanomaterials research in Europe — within the same funding programme period. This range, unusual for a company of their size, may reflect a founder-driven consultancy model where individual expertise is the core product. For consortium builders, BPE offers direct access to the technical judgment of a specialist rather than an institutional layer, which can be an asset in smaller work packages requiring agile, experienced input.

Highlights from their portfolio

• VicInAqua
  An Africa-focused project combining membrane bioreactor water treatment with closed-loop aquaculture for the Lake Victoria basin — an unusual combination of environmental engineering and food security with a clear development impact mandate.
• FAST-SMART
  A materials science project on nano-structured piezoelectric and thermoelectric energy harvesting, representing a striking thematic departure from BPE's earlier environmental work and signalling a move into advanced manufacturing research.