All three projects (NEXTOWER, GEMMA, BLAZE) involve materials performance under extreme thermal conditions — CSP towers, Gen-IV nuclear, and gasification systems.
WALTER TOSTO SPA
Italian industrial manufacturer of pressure vessels and energy components, active in CSP, nuclear, and biomass-to-power R&D projects.
Their core work
Walter Tosto is a large Italian industrial manufacturer specializing in heavy pressure equipment, heat exchangers, and critical components for the energy and process industries. In H2020 projects, they contribute advanced materials expertise and manufacturing capability for extreme-condition applications — from concentrated solar power tower receivers (NEXTOWER) to Generation IV nuclear reactor components (GEMMA) and biomass gasification systems (BLAZE). Their role is consistently that of an industrial partner bringing real-world fabrication and materials know-how to research consortia developing next-generation energy technologies.
What they specialise in
Walter Tosto's industrial identity as a pressure equipment manufacturer underpins their participation across all three energy system projects.
NEXTOWER focused on advanced materials for next-generation CSP tower receivers, where WT contributed manufacturing expertise.
BLAZE (2019-2023), their most recent and largest-funded project, targets integrated gasifier-fuel cell CHP systems using residual biomass.
GEMMA addressed Generation IV reactor materials maturity, indicating capability in nuclear-grade component manufacturing.
How they've shifted over time
Walter Tosto's early H2020 involvement (2017) centered on advanced materials for established energy sectors — concentrated solar power and nuclear Generation IV systems. By 2019, their focus shifted toward biomass energy and fuel cell integration through the BLAZE project, which became their largest H2020 investment. This trajectory suggests a deliberate move from traditional heavy energy infrastructure toward cleaner, decentralized energy systems combining gasification with solid oxide fuel cells.
Walter Tosto is expanding from traditional heavy industrial manufacturing toward clean energy conversion systems, particularly biomass-to-power with fuel cell integration — a valuable direction for partners in decarbonization projects.
How they like to work
Walter Tosto operates exclusively as a consortium participant, never as coordinator — consistent with a large industrial company contributing manufacturing capability rather than driving research agendas. With 56 unique partners across just 3 projects, they work in large consortia (averaging ~19 partners per project), indicating comfort in complex multi-partner environments. Their role is that of an industrial end-user and fabricator who grounds academic research in manufacturing reality.
Despite only 3 projects, Walter Tosto has built a broad network of 56 unique partners across 16 countries, reflecting the large-scale consortia typical of energy and materials research in H2020. Their reach spans most of the EU with no narrow geographic concentration.
What sets them apart
Walter Tosto brings something rare to research consortia: the ability to actually manufacture the components being researched, at industrial scale and under extreme operating conditions. While many partners contribute simulation or lab-scale work, WT can validate designs against real fabrication constraints for pressure vessels, reactors, and heat exchangers. For consortium builders, they represent a credible pathway from research prototype to manufactured product in the energy sector.
Highlights from their portfolio
- BLAZELargest funded project (€434K) and most recent, combining biomass gasification with solid oxide fuel cells — signals the company's strategic direction toward clean distributed energy.
- NEXTOWERFocused on next-generation CSP tower receiver materials, demonstrating WT's capability in manufacturing components for extreme solar thermal environments.
- GEMMANuclear Generation IV materials maturity project — notable for showing WT's qualification in nuclear-grade manufacturing, a high-barrier capability few industrial partners possess.