SciTransfer
Organization

VIKING HEAT ENGINES AS

Norwegian SME building high-temperature industrial heat pumps and mechanical vapour recompression systems for waste heat recovery in drying and processing industries.

Technology SMEenergyNOSMENo active H2020 projects
H2020 projects
2
As coordinator
0
Total EC funding
€34K
Unique partners
38
What they do

Their core work

Viking Heat Engines AS is a Norwegian SME that develops and commercialises high-temperature industrial heat pump systems, with particular focus on mechanical vapour recompression technology. Their hardware operates with advanced low-GWP refrigerants — specifically HFO-1336mzz-z and R718 (water) — enabling heat recovery at the elevated temperatures required by industrial drying, dehydration, and sterilisation processes. In EU projects they act as a technology supplier, contributing proven thermal machinery to large innovation consortia rather than leading research programmes. Their commercial angle is converting waste heat — a cost and an emissions liability — into a usable energy asset for industrial facilities.

Core expertise

What they specialise in

2 projects

Both DryFiciency and BAMBOO list high-temperature heat pump technology among their core keywords, with DryFiciency explicitly targeting heat pump-driven industrial drying and sterilisation.

Mechanical vapour recompressionprimary
1 project

DryFiciency (2016) lists mechanical vapour recompression as a keyword alongside specific refrigerants HFO-1336mzz-z and R718, indicating hands-on equipment design and deployment.

Waste heat recovery in industrial processesprimary
2 projects

Waste heat recovery appears across both projects — as the core objective of DryFiciency and as a supporting theme in BAMBOO's broader energy flexibility framework.

Industrial energy flexibility and process optimisationemerging
1 project

BAMBOO (2018) introduced keywords around energy management, sustainable planning, and valorisation, suggesting Viking Heat Engines is extending from hardware into systems-level energy optimisation.

Evolution & trajectory

How they've shifted over time

Early focus
Industrial heat pump hardware
Recent focus
Waste heat valorisation and energy flexibility

Their earliest H2020 work (DryFiciency, 2016) was tightly focused on hardware: specific refrigerants, mechanical vapour recompression cycles, and heat pump performance in drying and sterilisation contexts. By 2018, BAMBOO shifted the frame toward energy systems thinking — waste heat valorisation within a broader industrial flexibility and energy management context. This suggests Viking Heat Engines is following a natural commercial maturation path: having built the machine, they are now positioning it as part of an integrated energy strategy rather than a standalone product.

Viking Heat Engines is moving from component supplier toward energy systems integrator — future collaborations are likely to combine their heat pump hardware with digital monitoring and process optimisation layers.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European11 countries collaborated

Viking Heat Engines has participated exclusively as a consortium partner, never as coordinator, across both H2020 projects. Despite having only two projects, they accumulated 38 unique partners across 11 countries, which means they joined large, multi-partner Innovation Action consortia — typical for SMEs bringing commercial technology into scale-up demonstrations. This pattern suggests they are sought-after as a specialist technology provider rather than a project driver, and that working with them means access to their heat pump IP within a structured consortium framework.

Despite only two projects, Viking Heat Engines has built a surprisingly wide network of 38 consortium partners spanning 11 countries across Europe. Their Norwegian base combined with pan-European project exposure positions them well as a Nordic industrial technology partner.

Why partner with them

What sets them apart

Viking Heat Engines occupies a narrow but commercially valuable niche: high-temperature heat pumps designed for the specific thermal demands of industrial drying, dehydration, and sterilisation — applications where standard heat pumps cannot reach the required temperatures. Their use of HFO-1336mzz-z and R718 as working fluids reflects both environmental compliance and engineering specialisation that most generic heat pump suppliers do not offer. For a consortium needing a credible hardware partner to demonstrate waste heat recovery in a hard-to-decarbonise industrial sector, they bring a real product, not just research intent.

Notable projects

Highlights from their portfolio

  • DryFiciency
    Their earliest and most technically specific project, directly demonstrating high-temperature heat pump and mechanical vapour recompression technology in industrial drying and sterilisation — the clearest evidence of their core product capability.
  • BAMBOO
    Marks Viking Heat Engines' expansion into broader industrial energy flexibility and waste stream valorisation, showing strategic positioning beyond single-technology demonstrations.
Cross-sector capabilities
manufacturing — industrial drying, dehydration, and sterilisation process heatfood and agriculture — heat treatment and drying in food processingenvironment — industrial decarbonisation through waste heat valorisation
Analysis note: Only two projects with very small EC funding (under €17,000 each) — Viking Heat Engines likely contributed a specific technology component or demonstrator unit within much larger consortia. The keyword data is technically specific and credible, supporting a coherent profile, but the thin funding record means their actual work-package scope and deliverables within these projects are unknown. Profile should be treated as directionally sound but not exhaustive.