Biofficiency tackled biomass CHP ash problems; BL2F converts black liquor to drop-in aviation and shipping fuels via hydrothermal liquefaction.
VALMET TECHNOLOGIES OY
Finnish industrial technology company contributing pulp, paper, and energy process expertise to biomass conversion, biofuel, and industrial IoT research.
Their core work
Valmet Technologies is a major Finnish industrial technology company specializing in equipment and process solutions for the pulp, paper, and energy industries. In H2020, they contribute industrial-scale expertise in biomass-to-energy conversion, pulp mill process integration, and sensor systems for harsh manufacturing environments. Their role in projects typically involves validating research at industrial scale, providing real-world test environments, and ensuring that lab-developed technologies can survive the demanding conditions of heavy process industry. They bridge the gap between academic research and deployment in operating pulp mills and power plants.
What they specialise in
PROVIDES explored deep eutectic solvents for fibre processing, BL2F integrates HTL into pulp mill operations, and SPOTVIEW optimized industrial water usage.
CHARM (their only coordinated project) develops smart sensor and packaging systems for IoT deployment in extreme industrial conditions.
SPOTVIEW focused on optimized technologies for industrially efficient water usage in process industries.
SUPUVIR (MSCA training network) involved broadband supercontinuum light sources covering UV to IR, likely linked to industrial sensing applications.
How they've shifted over time
In the earlier period (2015–2018), Valmet's H2020 work focused on core pulp and paper process challenges: fibre processing with novel solvents (PROVIDES), industrial water efficiency (SPOTVIEW), and biomass combustion problems (Biofficiency). From 2020 onward, their focus shifted decisively toward two new directions — advanced biofuels from pulp mill byproducts (BL2F) and digital transformation of industrial equipment through IoT sensors in harsh environments (CHARM). This evolution mirrors the broader industrial trend of traditional process companies moving into green fuels and smart manufacturing.
Valmet is moving from traditional process equipment toward integrated biorefinery concepts and digitalized smart manufacturing — expect future interest in green fuels, digital twins, and condition monitoring for heavy industry.
How they like to work
Valmet predominantly joins consortia as a participant (5 of 6 projects), contributing industrial infrastructure and domain expertise rather than leading the research agenda. Their single coordination role — CHARM — signals growing confidence in leading digital innovation projects. With 114 unique partners across 21 countries, they operate as a well-connected but non-dominant industrial partner, the kind of organization that provides crucial industrial validation capacity without competing with academic partners for research leadership.
Valmet has built a broad European network of 114 unique partners spanning 21 countries, reflecting the wide reach of a large industrial company participating in diverse consortia. Their partnerships span universities, research institutes, and fellow industrial players across the energy, bioeconomy, and digital sectors.
What sets them apart
Valmet brings something rare to H2020 consortia: direct access to operating pulp mills, power plants, and heavy industrial environments for technology validation. Few partners can offer real-world testing conditions at this scale. Their dual move into biofuels (converting pulp industry waste streams) and industrial IoT makes them an ideal partner for anyone developing technologies that need to prove themselves in extreme heat, chemical exposure, or continuous-operation industrial settings.
Highlights from their portfolio
- CHARMValmet's only coordinated H2020 project, focused on IoT and AI systems for harsh industrial environments — signals their strategic push into digital manufacturing.
- BL2FConverts black liquor (a pulp mill waste stream) into drop-in aviation and shipping biofuels via hydrothermal liquefaction — directly addresses hard-to-decarbonize transport sectors.
- BiofficiencyLargest single EC contribution to Valmet (EUR 653,500), addressing a critical operational problem — ash-related failures in biomass combined heat and power plants.