MAGMA ENERGY ITALIA SRL

Their core work

Magma Energy Italia is a Tuscan geothermal energy company that contributes industry-side expertise to research consortia, specifically around the environmental and emissions challenges of operating geothermal power plants. Their real-world work centers on managing non-condensable gases (NCG) — the CO2 and other gases that escape with geothermal steam — through capture, storage, and utilisation technologies. They also engage in environmental impact methodology: developing life cycle assessment frameworks and regulatory tools that help the geothermal sector demonstrate compliance and sustainability across Europe. As a non-SME private company based in Arezzo (Tuscany), a region with Italy's most active geothermal infrastructure, they bring operational ground-truth that purely academic partners cannot.

What they specialise in

How they've shifted over time

Both projects launched in 2018, so the evolution here is thematic rather than temporal: across the two simultaneous engagements, the organisation covered the full spectrum from narrow technical problem (NCG emissions, mineralisation chemistry) to broad systems-level question (environmental regulations, LCA, European harmonisation). The early-project keywords cluster tightly around the chemistry of geothermal gases — CO2, CCS, CCU, mineralisation — suggesting a starting point in operational engineering challenges. The second project then zooms out to societal and regulatory framing, which implies Magma Energy Italia is positioned to bridge plant-level operations with policy and sustainability reporting, not just fix a single technical bottleneck.

Their simultaneous engagement in both technical emission control and environmental methodology suggests a trajectory toward integrated geothermal sustainability services — a space that will grow as EU taxonomy and decarbonisation targets tighten the compliance burden on geothermal operators.

How they like to work

Magma Energy Italia has participated exclusively as a third party in both H2020 projects, meaning they are brought in as a specialist contributor — likely providing site access, operational data, or industry expertise — rather than leading or formally managing project tasks. This third-party model is common for energy companies that contribute real-world infrastructure or proprietary knowledge to academic-led consortia without taking on administrative responsibility. Despite only two projects, they reached 37 unique partners across 11 countries, which indicates they joined large, well-connected international consortia rather than small bilateral arrangements.

Through two projects, Magma Energy Italia connected with 37 distinct organisations spanning 11 countries — an unusually broad network for a company with such a small project portfolio, reflecting the large multi-partner structure typical of H2020 Energy Innovation Actions and CSAs. Their geographic reach is European, consistent with projects that specifically addressed pan-European geothermal regulation and harmonisation.

What sets them apart

Magma Energy Italia occupies a rare position as a private geothermal energy operator (non-SME, based in geothermally active Tuscany) that participates in R&D consortia — giving researchers access to real operating plant data and giving policymakers an industry voice. Most geothermal research consortia are dominated by universities and research institutes; a company that bridges operational experience with CCS chemistry and LCA methodology is a scarce and valuable consortium asset. If you are building a project on geothermal decarbonisation, emission monitoring, or sustainability certification, they offer something academic partners cannot: ground-level industrial credibility.

Highlights from their portfolio

• GECO
  A five-year Innovation Action (2018–2023) targeting the technically hard problem of capturing and mineralising CO2 and non-condensable gases directly at geothermal plants — one of the few H2020 projects at the intersection of geothermal operations and CCS.
• GEOENVI
  A Coordination and Support Action that produced harmonised environmental impact tools for the entire European geothermal sector, making it a regulatory reference point rather than a single-site study.