Core contributor to EURAD (European Joint Programme on Radioactive Waste Management), Modern2020 (geological disposal monitoring), and PREDIS (pre-disposal management).
EMPRESA NACIONAL DE RESIDUOS RADIOACTIVOS SA
Spain's national radioactive waste agency, contributing operational expertise in geological disposal, decommissioning, and pre-disposal waste treatment across European research consortia.
Their core work
ENRESA is Spain's national radioactive waste management company, responsible for the entire lifecycle of nuclear waste — from collection and conditioning through interim storage to final geological disposal. In H2020, they contribute operational expertise on waste treatment, pre-disposal processing, decommissioning of nuclear facilities, and long-term safety monitoring for disposal repositories. Their participation spans the full radioactive waste chain, from dismantling reactors to developing disposal solutions, making them a key national implementer with deep practical knowledge of real-world nuclear waste challenges.
What they specialise in
Active in INNO4GRAPH (graphite reactor dismantling), PLEIADES (decommissioning platform), and SHARE (decommissioning research roadmap).
Participated in Modern2020 for monitoring strategies and EURAD for broader disposal science and safety.
Contributed to Beacon studying mechanical evolution of bentonite — a critical engineered barrier material in deep geological repositories.
PLEIADES project focused on BIM and 3D platform-based tools for enhanced decommissioning processes.
How they've shifted over time
ENRESA's early H2020 work (2015–2018) centered on the back-end of the nuclear fuel cycle — geological disposal monitoring (Modern2020) and engineered barrier research (Beacon). From 2019 onward, their focus visibly broadened into decommissioning, dismantling, and pre-disposal waste treatment, with projects like INNO4GRAPH, PLEIADES, and PREDIS. This shift mirrors the European nuclear sector's growing urgency around reactor closures and the practical challenge of managing decommissioning waste streams before final disposal.
ENRESA is moving upstream in the waste lifecycle — from final disposal research toward active decommissioning, dismantling technologies, and digital tools for managing nuclear facility end-of-life.
How they like to work
ENRESA participates exclusively as a consortium partner, never as coordinator — consistent with their role as a national implementing body contributing operational expertise rather than leading academic research programs. With 161 unique partners across 28 countries, they operate in large, pan-European consortia typical of the nuclear waste management community. Their broad network suggests they are a trusted, well-connected partner that multiple project coordinators actively seek out for Spanish nuclear waste expertise.
Extensive European network of 161 unique partners across 28 countries, reflecting the tightly interconnected nature of the nuclear waste management research community. Their reach covers virtually all EU member states with nuclear programs.
What sets them apart
ENRESA is not a research lab — they are Spain's designated national organization for radioactive waste management, which means they bring real operational constraints and implementation experience to every project they join. This makes them invaluable for consortia that need to ground research in practical, regulatory-compliant waste management. For anyone building a nuclear waste or decommissioning consortium, ENRESA provides the credibility and end-user perspective that reviewers look for.
Highlights from their portfolio
- EURADLargest funding (EUR 337,570) — the flagship European Joint Programme uniting all major radioactive waste management organizations across the continent.
- PREDISSecond-largest funding (EUR 169,505) addressing the critical gap in pre-disposal waste treatment, covering the full chain from radionuclide characterization to package safety.
- PLEIADESRepresents ENRESA's push into digital decommissioning — using BIM and 3D platforms to modernize how nuclear facilities are dismantled.