DONG ENERGY THERMAL POWER AS

Their core work

DONG Energy Thermal Power (now operating as Ørsted Bioenergy & Thermal Power A/S following the 2017 corporate rebrand) is a large Danish energy company that operates combined heat and power (CHP) plants, with a strategic focus on transitioning from coal to biomass as fuel. Their core industrial competence is running utility-scale biomass combustion facilities that supply both electricity and district heating across Denmark. In EU research projects, they bring something most academic partners cannot: direct access to operating industrial plants, real combustion data, and the practical engineering constraints of running large boilers on biomass fuels. Their participation in Biofficiency specifically targets one of the central bottlenecks in biomass CHP — the ash-related problems (fouling, slagging, corrosion) that reduce plant efficiency and lifespan when switching from coal to biomass.

What they specialise in

How they've shifted over time

Both H2020 projects began in 2016, and no keyword data is available for either, which makes a meaningful evolution analysis impossible from this dataset alone. The two projects cover distinct domains — industrial biomass combustion engineering (Biofficiency) and metabolic engineering training (PAcMEN) — but since they overlap in time, this reflects breadth of engagement rather than a shift in focus. What we can say is that by the mid-2010s, DONG Energy was already deeply invested in the biomass transition, and their research engagement at that time aligned with solving the engineering barriers to that transition at industrial scale.

Both projects are from 2016 and the company has since rebranded; no trajectory data is available from H2020 alone, but the Ørsted transition suggests continued movement toward bioenergy and away from fossil-based thermal generation.

How they like to work

DONG Energy Thermal Power never took a coordinating role in H2020 — they joined as participant or industry partner, which is typical for large utilities that engage with research to solve specific operational problems rather than to lead scientific agendas. Their 22 partners across 11 countries through just 2 projects indicates they joined large, multi-partner consortia, not small bilateral collaborations. The unpaid PAcMEN partner role is characteristic of industrial companies that host researchers and provide test environments without drawing EU funding — a signal that their contribution is access and expertise, not headcount.

Through two projects, DONG Energy connected with 22 distinct partners spanning 11 countries — a broad European footprint for a minimal project portfolio. This suggests they joined well-connected consortia in the energy and research-training spaces rather than operating within a narrow national network.

What sets them apart

Few organizations in H2020 energy research can offer what a major utility brings: operating industrial CHP plants where real-world experiments can be conducted at scale, with genuine operational stakes in the outcomes. DONG Energy's biomass transition was one of the most visible in European energy — they converted multiple large coal plants to biomass, making their engineers direct experts in the practical engineering problems that smaller research groups only model. For any consortium working on biomass combustion, fuel flexibility, or power plant materials, they provide industrial validation that academic partners cannot replicate.

Highlights from their portfolio

• Biofficiency
  Directly targets the core operational challenge of biomass CHP plants — ash fouling and corrosion — with EUR 293,750 in EC funding, making it the organization's only funded project and their most operationally relevant EU engagement.
• PAcMEN
  An unusual pairing: a thermal power utility joining a metabolic engineering training network, likely as an industrial host for PhD secondments — a sign of broader strategic interest in bioeconomy beyond combustion.