Participated in OpenHybrid (2016–2019), which targeted hybrid additive manufacturing to improve flexibility and part quality in industrial production contexts.
WEIR GROUP PLC (THE)
Global industrial manufacturer applying advanced manufacturing and coatings expertise to energy transition and high-performance component challenges.
Their core work
Weir Group is a global engineering company headquartered in Glasgow, UK, specialising in the design and manufacture of highly engineered equipment — primarily pumps, valves, and wear-resistant components — for demanding industrial environments including mining, oil and gas, and power generation. Their H2020 participation reflects their active investment in next-generation manufacturing processes and materials that extend the performance and lifespan of critical industrial hardware. In OpenHybrid they contributed industrial end-user expertise to the development of hybrid additive manufacturing techniques, while in Geo-Coat they applied their experience with high-performance components to the challenge of corrosion-resistant coatings for geothermal energy systems. Across both projects they function as the industry voice — the large manufacturer that validates whether a research breakthrough can survive real-world operating conditions.
What they specialise in
Participated in Geo-Coat (2018–2021), focused on developing cost-effective corrosion-resistant coatings for high-temperature geothermal applications.
Both projects are RIA-scheme collaborations where Weir's role as a large industrial manufacturer provides the applied validation context that academic and SME partners require.
Geo-Coat represents a move into geothermal energy infrastructure, applying Weir's materials and coatings expertise to a renewable energy context.
How they've shifted over time
Weir Group's two H2020 projects span 2016 to 2021 and show a discernible shift in thematic emphasis. Their first project, OpenHybrid, was squarely within advanced manufacturing — improving how complex industrial parts are made using hybrid additive techniques, which aligns with their core business of engineered hardware production. Their second project, Geo-Coat, moved into materials science at the intersection of energy and environment, specifically targeting geothermal systems — a signal that Weir was beginning to engage with the energy transition as both a market opportunity and a materials challenge. The trajectory suggests a company using EU research to prepare its product lines for low-carbon industrial applications, moving from process innovation toward materials durability in renewable energy contexts.
Weir Group appears to be orienting toward durable materials and coatings for renewable energy infrastructure, suggesting future collaboration opportunities at the intersection of industrial engineering and energy transition technologies.
How they like to work
Weir Group participates exclusively as a consortium partner rather than a project coordinator, which is typical for large industrials who contribute end-user validation rather than research leadership. Their two projects involved 22 unique partners across 9 countries, indicating genuine engagement in broad, multi-partner European consortia rather than narrow bilateral arrangements. This profile suggests they are selective but genuinely committed partners — bringing industrial credibility and real-world test environments that smaller research partners often lack access to.
Weir Group has engaged with 22 unique consortium partners across 9 countries through just two projects, indicating dense, well-connected consortia rather than lean bilateral collaborations. Their network spans manufacturing and energy research communities across Europe, consistent with a large industrial that partners with universities, RTOs, and SMEs across multiple national ecosystems.
What sets them apart
Weir Group brings something most EU research consortia struggle to find: a globally operating industrial manufacturer that can validate whether a laboratory-proven technology holds up under the pressures of real production environments. Their combination of advanced manufacturing expertise and materials performance knowledge — particularly for harsh, high-temperature, or corrosive operating conditions — makes them a highly credible industry partner for any project that needs to demonstrate industrial relevance. For consortium builders, having Weir in the team significantly strengthens the case that research outputs will reach TRL levels that matter to industry.
Highlights from their portfolio
- OpenHybridWeir's highest-funded H2020 project (EUR 384,627), targeting hybrid additive manufacturing — a manufacturing process with direct implications for how Weir produces complex engineered components at scale.
- Geo-CoatMarks Weir's entry into geothermal energy research, applying industrial coatings expertise to renewable energy infrastructure — a notable sector diversification beyond their traditional oil, gas, and mining markets.