UNIVERSITY OF CALGARY

Their core work

The University of Calgary is a major Canadian research university that brings non-European expertise into EU consortia, particularly in energy systems and climate science. Their H2020 contributions center on fuel cell technology (proton exchange membrane research), carbon capture and utilization, and Arctic/polar climate modeling. They also support international researcher mobility through Marie Skłodowska-Curie programmes, hosting clinician-scientists in biomedicine. As a third-country partner, they provide complementary capabilities — especially in harsh-climate energy systems and polar research — that European consortia cannot easily source within Europe.

What they specialise in

How they've shifted over time

UCalgary's H2020 involvement shifted significantly between its early and recent periods. From 2017–2019, their projects focused on researcher mobility and biomedicine (BITRECS clinician-scientist fellowships) and data visualization research (VIVIR). From 2020 onward, the focus pivoted sharply toward energy and climate: PEM fuel cells, industrial CO2 capture, and polar climate feedbacks. This trajectory suggests the university is channeling its EU engagement toward applied energy transition and environmental science.

UCalgary is concentrating its European partnerships on hydrogen fuel cells, carbon capture, and climate science — expect future proposals in clean energy and Arctic research.

How they like to work

UCalgary never coordinates H2020 projects — they join as participant or third-party partner, consistent with their status as a non-EU institution. With 68 unique consortium partners across 22 countries from just 5 projects, they consistently join large international consortia rather than small focused teams. This makes them a reliable, low-friction partner who contributes specialized expertise without seeking project leadership overhead.

Despite only 5 projects, UCalgary has built a broad network of 68 partners across 22 countries, indicating participation in large-scale consortia with wide geographic spread. Their reach extends well beyond North America into a truly global collaboration footprint.

What sets them apart

As a Canadian university, UCalgary offers something most EU consortia lack: a credible non-European partner from a country with deep expertise in fossil fuel transitions, Arctic environments, and carbon management. Alberta's industrial base (oil sands, petrochemicals) gives their CO2 capture and fuel cell work a grounded, real-world testing context that few academic partners can match. For consortium builders needing international dimension and North American connections, UCalgary is a proven, experienced choice.

Highlights from their portfolio

• ConsenCUS
  Addresses industrial CO2 capture across cement, magnesia, and oil refinery clusters — directly relevant to hard-to-abate sectors and aligned with Alberta's industrial decarbonization challenges.
• FURTHER-FC
  Tackles fundamental performance limits of PEM fuel cells at high current density, a critical bottleneck for commercial hydrogen vehicle and power applications.
• CRiceS
  Large-scale polar climate project combining remote sensing, in-situ observations, and Earth system modeling — UCalgary's Arctic proximity makes them a natural contributor.