German SME specializing in electrodialysis and membrane-based water treatment systems for low-energy desalination and industrial wastewater recovery.
DEUKUM GmbH is a German technology SME specializing in membrane-based electrochemical water treatment systems, with demonstrated expertise in electrodialysis (ED) and reverse electrodialysis (RED) for both drinking water production and industrial wastewater resource recovery. Their work centers on designing and deploying low-energy separation systems that extract value — clean water, recovered resources — from challenging water streams. In the REvivED water project, they contributed to reviving and scaling electrodialysis as a competitive, energy-efficient alternative to reverse osmosis for drinking water. In ReWaCEM, they applied cutting-edge membrane technologies to recover resources from industrial effluents, addressing both environmental and economic goals simultaneously.
REvivED water (2016–2020) focused specifically on reviving electrodialysis as a low-energy drinking water technology, with DEUKUM receiving EUR 880,338 in EC funding for their role.
REvivED water targeted energy-efficient desalination as its core objective, positioning DEUKUM in the competitive landscape of sustainable water production.
ReWaCEM (2016–2019) applied advanced membrane technologies to recover reusable resources from industrial wastewater streams, broadening DEUKUM's application scope beyond drinking water.
Both REvivED water and ReWaCEM rely on membrane-based separation processes, suggesting DEUKUM holds applied engineering competence across multiple membrane technology platforms.
Both of DEUKUM's H2020 projects launched in 2016 and ran concurrently through the late 2010s, so there is no meaningful temporal shift visible in the keyword data — early and recent periods overlap almost entirely. Their recorded expertise cluster tightly around electrodialysis, desalination, and low-energy water treatment, with no documented pivot toward adjacent fields such as energy storage, brine management, or digital process control. Based on the available data, their H2020 activity appears to represent a focused, stable specialization rather than an evolving research agenda.
With no projects recorded after 2016 and both engagements completing by 2020, it is unclear whether DEUKUM has continued pursuing EU-funded R&D — a potential collaborator should verify current activity before assuming ongoing research capacity.
DEUKUM has operated exclusively as a consortium participant across both H2020 projects, never taking the coordinator role — a pattern consistent with a specialist technical partner rather than a project driver. Despite their small size as an SME, they engaged with 25 unique partners across 9 countries from just two projects, suggesting they are valued contributors in large, multi-partner consortia rather than narrow bilateral arrangements. This breadth points to an organization comfortable operating in complex international consortia where they deliver specific technical expertise.
DEUKUM has built a notably wide network for an SME with only two projects — 25 unique consortium partners spread across 9 countries, indicating participation in large, internationally distributed innovation actions. Their geographic footprint is European in scope, consistent with the cross-border water technology consortia typical of Horizon 2020 environment and manufacturing calls.
DEUKUM occupies a rare niche as a private German SME with direct hands-on experience in both electrodialysis for drinking water and membrane-based industrial wastewater recovery — two application domains that larger engineering firms often treat separately. For a consortium builder, they offer applied engineering credibility in electrochemical separation without the overhead or competing commercial interests of a large industrial player. Their Frickenhausen base in Baden-Württemberg also places them within one of Germany's most active manufacturing and engineering ecosystems.
