SciTransfer
Organization

LIMITED LIABILITY COMPANY ENERGORISK

Ukrainian SME providing nuclear safety analysis, severe accident modeling, and VVER reactor code validation for European research consortia.

Technology SMEenergyUASME
H2020 projects
7
As coordinator
0
Total EC funding
€962K
Unique partners
70
What they do

Their core work

Energorisk is a Ukrainian SME specializing in nuclear safety analysis, risk assessment, and computational modeling for nuclear power plants. They provide expertise in severe accident management, structural integrity assessment of nuclear facilities, and safety code validation — particularly for VVER reactor types common in Eastern Europe. Their work spans from reactor-level accident simulations to long-term aging analysis of nuclear concrete structures, making them a bridge between Eastern European nuclear operational experience and Western European safety research frameworks.

Core expertise

What they specialise in

Severe accident management and source term analysisprimary
3 projects

Core contributor to MUSA (severe accident uncertainties), AMHYCO (hydrogen combustion risk in accidents), and related containment safety work.

Nuclear safety codes and multi-physics simulationprimary
2 projects

CAMIVVER focused on VVER safety assessment using CATHARE, RELAP, TRACE, APOLLO, and SERPENT codes; ELSMOR applied analysis codes to small modular reactor safety.

Aging management of nuclear concrete structuressecondary
1 project

ACES project (their largest at EUR 258,650) addressed irradiated concrete degradation, liner corrosion, creep, and alkali-silica reaction.

Seismic risk assessment for nuclear installationssecondary
1 project

METIS project on seismic risk assessment methods and tools for nuclear civil engineering structures.

Small modular reactor safetyemerging
1 project

ELSMOR project working towards European licensing frameworks for SMRs, including thermal-hydraulics and accident analysis.

Evolution & trajectory

How they've shifted over time

Early focus
Severe accident and reactor safety
Recent focus
Structural aging and code validation

Energorisk's early H2020 involvement (2017-2019) centered on reactor-level phenomena: severe accident progression, source term estimation, spent fuel pool risks, and small modular reactor safety assessment. From 2020 onward, their focus broadened into structural and material concerns — concrete aging, liner corrosion, irradiated material degradation — alongside deeper work on safety code improvement for VVER reactors and hydrogen combustion management. This shift suggests a move from pure accident analysis toward the full lifecycle safety of aging nuclear infrastructure.

Energorisk is expanding from accident-scenario modeling into long-term structural safety and advanced multi-physics simulation, positioning themselves for the growing demand around nuclear plant life extension and SMR licensing in Europe.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European21 countries collaborated

Energorisk operates exclusively as a participant, never coordinating projects, which is typical for a specialized SME contributing domain expertise to larger research consortia. With 70 unique partners across 21 countries from just 7 projects, they consistently join large, broad consortia rather than small focused teams. This wide network suggests they are well-regarded enough to be invited repeatedly into major European nuclear safety initiatives, and working with them gives access to a substantial web of nuclear research contacts.

Energorisk has built an extensive network of 70 partners across 21 countries through 7 projects, giving them one of the broadest collaboration footprints relative to their size. Their partnerships span the major European nuclear research institutions and regulatory bodies, with particular connectivity to both Western and Eastern European nuclear safety communities.

Why partner with them

What sets them apart

As a Ukrainian nuclear safety SME, Energorisk brings direct operational knowledge of VVER reactor types and Soviet-era nuclear infrastructure that most Western European partners lack. This makes them uniquely valuable for projects requiring East-West safety methodology bridging, especially VVER code validation (CAMIVVER) and adaptation of Western safety frameworks to Eastern European reactor fleets. Their combination of computational modeling capability with practical nuclear engineering context in a compact SME format makes them an agile, focused partner for consortia that need VVER-specific or post-Soviet nuclear expertise.

Notable projects

Highlights from their portfolio

  • ACES
    Their largest project (EUR 258,650) addressing long-term safety of aging nuclear concrete — a growing concern as Europe's reactor fleet ages beyond original design life.
  • CAMIVVER
    Directly aligned with their core VVER expertise, improving safety assessment codes (CATHARE, RELAP, TRACE) specifically for VVER reactor types — their second-largest project at EUR 223,000.
  • AMHYCO
    Addresses the critical safety challenge of hydrogen combustion during severe accidents, including containment integrity and filtered venting — directly relevant to post-Fukushima safety upgrades.
Cross-sector capabilities
Construction and civil engineering (concrete aging, structural integrity)Seismic hazard and natural disaster risk assessmentComputational simulation and multi-physics modelingEnvironmental safety and decommissioning
Analysis note: Strong profile with 7 thematically coherent projects providing clear evidence of nuclear safety expertise. Confidence reduced from 5 because no website is available for independent verification, and all roles are as participant (no coordination), making it harder to assess the depth of in-house capability versus subcontracted work. The Ukrainian context post-2022 may affect their availability for new EU projects.