UNIVERSITAET DUISBURG-ESSEN

Their core work

University of Duisburg-Essen is a large German research university with strong capabilities in energy systems engineering, nanoparticle science, 5G/terahertz communications, and social sciences. Their engineering faculty works on supercritical CO2 power cycles, hydrogen storage, and turbomachinery — practical technologies for the energy transition. They also maintain significant research in environmental remediation using engineered nanoparticles, microbial biotechnology, and have an active social sciences division studying migration, employment quality, and EU-Central Asia relations.

What they specialise in

How they've shifted over time

In the early H2020 period (2014-2017), UDE's work was broadly distributed across biomedical imaging (SERS nanoparticles for cancer diagnostics), social sciences (job quality, youth exclusion), environmental microbiology, and 5G communications. From 2018 onward, a clear convergence emerged toward energy systems engineering — supercritical CO2 cycles, hydrogen storage, turbomachinery, and electricity system flexibility became dominant themes. The social sciences portfolio also sharpened, moving from general employment/inequality studies to geopolitically focused work on migration and EU-Central Asia relations.

UDE is consolidating around energy transition engineering — expect future work in hydrogen technologies, flexible power generation, and CO2-based energy cycles.

How they like to work

UDE acts as both a capable project coordinator (17 of 55 projects, ~31%) and a reliable consortium partner. With 554 unique partners across 47 countries, they operate as a well-connected hub rather than sticking to a small circle of repeat collaborators. Their mix of RIA (18) and IA (12) participation shows they bridge fundamental research and closer-to-market innovation actions, making them adaptable consortium members who can contribute at multiple TRL levels.

An exceptionally broad network of 554 unique partners spanning 47 countries, indicating deep European reach with significant global connections — notably into Central Asia through dedicated policy projects. Their partner diversity suggests they are frequently sought out rather than relying on a fixed circle.

What sets them apart

UDE's rare combination of hard engineering (turbomachinery, CO2 power cycles, nanoparticle synthesis) with strong social sciences and policy research makes them unusually versatile for interdisciplinary consortia. Few German universities can simultaneously contribute energy systems engineering, advanced materials characterization, terahertz electronics, AND migration policy expertise. For consortium builders, this breadth means UDE can fill multiple work packages across technical and societal dimensions of a single project.

Highlights from their portfolio

• EcOILogy
  Largest single grant (EUR 2.5M ERC Consolidator), investigating microbial life in oil — a fundamental research project UDE coordinated for 5 years.
• sCO2-HeRo
  Coordinated a flagship supercritical CO2 heat removal system project (EUR 887K), establishing UDE as a lead in next-generation power cycle technology.
• NoVaMigra
  Coordinated a timely project on European migration crisis values and norms (EUR 545K), demonstrating UDE's capacity to lead policy-relevant social science research.