SciTransfer
Organization

MARTINI & ROSSI SPA

Italian food & beverage manufacturer serving as industrial testbed for solar thermal and waste heat recovery in agro-food decarbonization.

Large industrial companyenergyITNo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€444K
Unique partners
37
What they do

Their core work

Martini & Rossi is a large Italian food and beverage manufacturer based in Chieri, best known for producing vermouth and spirits at an industrial scale. In the H2020 context, the company participated as an industrial end-user and demonstration site partner — providing real factory conditions for testing and validating renewable thermal energy and waste heat recovery technologies inside agro-food manufacturing environments. Their heat-intensive production processes made them a credible industrial testbed for decarbonization research targeting the food and beverage sector. They did not lead projects but brought operational manufacturing data, process knowledge, and on-site demonstration capacity to research consortia.

Core expertise

What they specialise in

Solar thermal integration in agro-food manufacturingprimary
1 project

SHIP2FAIR focused specifically on solar heat for industrial processes in food and agro industries, with Martini & Rossi contributing process control and thermal integration know-how from their production operations.

Industrial waste heat and cold valorizationemerging
1 project

SO WHAT targeted recovery of waste heat and cold from industrial processes towards EU decarbonization, with Martini & Rossi as an industrial partner providing real process conditions.

Industrial energy auditing and efficiencysecondary
1 project

SO WHAT listed industrial energy audit as a core keyword, suggesting Martini & Rossi contributed operational energy benchmarking data from their manufacturing facility.

Thermoeconomic analysis and process heat managementsecondary
1 project

SHIP2FAIR keywords include thermoeconomic analysis and process control, indicating their manufacturing processes were subject to detailed energy-economic modeling within the project.

Evolution & trajectory

How they've shifted over time

Early focus
Solar thermal for food production
Recent focus
Waste heat recovery and energy auditing

Their first project (SHIP2FAIR, 2018) focused on the supply side of industrial heat — integrating solar thermal collectors into food production processes, with emphasis on process control and thermal integration at the factory level. Their second project (SO WHAT, 2019) shifted to the demand-and-recovery side: capturing waste heat and cold already generated by industrial operations, combined with energy auditing and the unexpected addition of smart contracts — suggesting movement toward digital energy management and possibly peer-to-peer energy trading. The direction is clear: from installing renewable heat sources to optimizing and monetizing the full thermal energy cycle of industrial production.

Martini & Rossi appears to be on a path toward full industrial decarbonization — moving from renewable heat adoption toward waste energy recovery and digitalized energy management, which positions them as a potential partner for future projects targeting net-zero manufacturing in the food and beverage sector.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European12 countries collaborated

Martini & Rossi has participated exclusively as a non-coordinating partner in both projects, consistent with the profile of a large industrial company joining research consortia as an end-user or demonstration site rather than as a technical research lead. With 37 unique partners across just two projects, they have been embedded in notably large and diverse consortia — averaging 18-19 partners per project — suggesting they are comfortable operating in complex multi-partner EU projects. There is no evidence of repeated partnerships with the same organizations, indicating they follow project-by-project collaboration rather than maintaining a fixed research network.

Martini & Rossi has built connections with 37 unique partners across 12 countries through just two projects, which is a notably wide network for such a limited project portfolio. Their reach is pan-European, likely reflecting the large, multi-country consortia typical of Innovation Action projects in the energy sector.

Why partner with them

What sets them apart

Martini & Rossi occupies an unusual niche in the H2020 landscape: a globally recognized food and beverage brand acting as a real industrial testbed for energy decarbonization research. This gives them credibility that pure research institutions lack — they bring actual production scale, real process heat demands, and operational constraints that make project results meaningful to other food manufacturers. For a consortium targeting the agro-food sector, having Martini & Rossi as a named demonstration partner signals industrial relevance and facilitates uptake beyond the research community.

Notable projects

Highlights from their portfolio

  • SHIP2FAIR
    The largest of their two projects (EUR 344,454) and the most sector-specific, directly targeting solar heat adoption in food and agro industries — a direct match for Martini & Rossi's core manufacturing operations and a strong signal of their commitment to renewable process heat.
  • SO WHAT
    Stands out for combining waste heat valorization with smart contracts — an unusual pairing that hints at Martini & Rossi's openness to digital energy management tools alongside physical decarbonization measures.
Cross-sector capabilities
Food and agro-food manufacturing (industrial process heat user)Environment and industrial decarbonization (waste heat, emissions reduction)Manufacturing (thermal process management, energy auditing at production scale)
Analysis note: Only two projects, both as non-coordinating participant, covering a narrow 2018-2019 window. The profile is coherent — Martini & Rossi's role as an agro-food industrial partner is credible and consistent across both projects — but the data is too thin to draw firm conclusions about depth of technical expertise versus purely demonstrator/end-user participation. Expertise claims should be read as indicative of their industrial context, not necessarily in-house research capability.