Central contributor to Cheap-GSHPs (ground source heat exchangers) and GEO4CIVHIC (geothermal retrofitting), both requiring drilling and ground works expertise.
PIETRE EDIL SRL
Romanian construction SME specializing in geothermal drilling, ground source heat pump installation, and energy retrofitting of historical buildings.
Their core work
Pietre Edil is a Romanian construction SME based in Bucharest that specializes in drilling and ground works for geothermal energy installations. Across their H2020 portfolio, they contribute construction and drilling expertise to projects focused on ground source heat pump systems, prefabricated building components, and energy retrofitting of existing structures. Their practical value lies in bridging the gap between geothermal energy research and real-world building construction — they bring hands-on knowledge of drilling machines, installation techniques, and construction materials to research-driven consortia.
What they specialise in
GEO4CIVHIC specifically targets geothermal systems for civil and historical buildings, requiring sensitivity to heritage construction constraints.
InnoWEE focused on pre-fabricated components incorporating waste construction materials for building energy reduction.
All three projects — Cheap-GSHPs, InnoWEE, and GEO4CIVHIC — target reducing building energy consumption through different construction and geothermal approaches.
How they've shifted over time
Pietre Edil's H2020 trajectory shows a consistent deepening within geothermal construction rather than a dramatic pivot. Their earliest project (Cheap-GSHPs, 2015) addressed cost-effective ground source heat pump installations broadly, while their most recent project (GEO4CIVHIC, 2018) narrowed to the more specialized challenge of retrofitting geothermal systems into historical and heritage buildings. The middle project (InnoWEE, 2016) on waste-material prefabricated components suggests they explored construction material innovation before refocusing on their geothermal drilling core.
Moving toward specialized geothermal solutions for sensitive building contexts (heritage, urban), suggesting future interest in renovation-wave and cultural heritage energy projects.
How they like to work
Pietre Edil operates exclusively as a participant, never leading consortia — consistent with an SME that contributes specialized construction and drilling skills rather than managing large research programmes. With 30 unique partners across 12 countries from just 3 projects, they join sizeable international consortia (averaging 10+ partners each). This pattern suggests they are recruited for specific technical contributions and are comfortable working within large, multi-country teams.
Despite only three projects, Pietre Edil has built a network spanning 30 partners in 12 countries, indicating participation in well-connected energy and construction consortia across Europe. Their network is geothermal-energy-centric, linking them to research institutions and companies in the shallow geothermal and building renovation space.
What sets them apart
Pietre Edil occupies a practical niche that many research consortia need but few SMEs fill: hands-on construction and drilling execution for geothermal energy projects. While universities and research centres design geothermal systems, a company like Pietre Edil brings the real-world construction knowledge needed to actually install them — especially in the tricky context of historical buildings. For consortium builders, they offer a Romanian SME partner with demonstrated experience translating geothermal research into physical installations.
Highlights from their portfolio
- GEO4CIVHICTheir largest-funded project (EUR 198,404) targeting the niche intersection of geothermal energy and historical building preservation — a growing priority under EU renovation policies.
- InnoWEETheir highest single EC contribution (EUR 250,000), focused on innovative prefabricated building components using waste construction materials — combining circular economy with energy efficiency.