SciTransfer
Organization

HIREF SPA

Italian industrial company specializing in shallow geothermal drilling equipment, ground source heat exchangers, and building retrofit heating/cooling systems.

Engineering firmenergyITNo active H2020 projectsThin data (2/5)
H2020 projects
3
As coordinator
0
Total EC funding
€296K
Unique partners
36
What they do

Their core work

HIREF SPA is an Italian industrial company specializing in shallow geothermal systems, particularly ground source heat exchangers and drilling equipment. They provide engineering expertise in heating and cooling solutions that use geothermal energy from shallow boreholes and building foundations. Their work spans the design and installation of coaxial heat exchangers, plug-and-play geothermal systems, and decision support tools for retrofitting both new and historical buildings with renewable heating and cooling.

Core expertise

What they specialise in

Shallow geothermal heating and cooling systemsprimary
3 projects

All three H2020 projects (GEOTeCH, Cheap-GSHPs, GEO4CIVHIC) focus on shallow geothermal energy applications for building climate control.

Ground source heat exchangers and drilling technologyprimary
2 projects

GEOTeCH focused on borehole and coaxial heat exchanger installation, while GEO4CIVHIC targets drilling machines for geothermal retrofits.

Geothermal retrofitting of historical buildingsemerging
1 project

GEO4CIVHIC (2018-2023) specifically addresses the challenge of applying geothermal systems to civil and historical buildings with minimal structural disruption.

Decision support systems for geothermal deploymentsecondary
1 project

GEO4CIVHIC project keywords include DSS (decision support systems) for selecting appropriate geothermal solutions for building retrofits.

Evolution & trajectory

How they've shifted over time

Early focus
Geothermal drilling and installation
Recent focus
Building retrofit geothermal systems

HIREF's early H2020 work (2015) centered on fundamental shallow geothermal installation — borehole drilling, coaxial heat exchangers, and plug-and-play systems for new construction (GEOTeCH, Cheap-GSHPs). By 2018, their focus shifted toward more complex applications: retrofitting historical and existing buildings with geothermal systems, along with decision support tools for site-specific assessment (GEO4CIVHIC). This evolution shows a company moving from general geothermal equipment supply toward specialized, high-value retrofit solutions where technical constraints are much tighter.

HIREF is moving toward the harder problem of adapting geothermal technology for existing and heritage buildings — a growing market as EU renovation mandates accelerate.

Collaboration profile

How they like to work

Role: third_party_expertReach: European12 countries collaborated

HIREF operates as a specialist contributor rather than a project leader — they have never coordinated an H2020 project and participated twice as a third party linked to lead partners. Their involvement in 36 unique partners across 12 countries suggests they plug into large Innovation Action consortia where their drilling and heat exchanger expertise fills a specific industrial gap. For potential collaborators, this means HIREF is a reliable technology provider comfortable operating within large teams without needing to drive project management.

Despite limited direct project roles, HIREF connects to a network of 36 partners across 12 countries through large IA consortia, indicating broad European exposure within the shallow geothermal research community.

Why partner with them

What sets them apart

HIREF brings industrial-grade geothermal drilling and heat exchanger manufacturing capability to research consortia — they are not a research lab but a company that builds and installs the actual equipment. Their pivot toward historical building retrofits is particularly distinctive, as very few industrial partners can address the technical constraints of installing geothermal systems in protected heritage structures. For consortium builders, they fill the critical gap between laboratory research and real-world deployment of shallow geothermal technology.

Notable projects

Highlights from their portfolio

  • GEOTeCH
    Their main funded project (EUR 296,012), focused on making geothermal heating/cooling economically viable through improved drilling and installation methods.
  • GEO4CIVHIC
    Most recent and longest-running project (2018-2023), tackling the technically demanding challenge of geothermal retrofits for historical buildings.
Cross-sector capabilities
Built environment and constructionCultural heritage preservationBuilding energy efficiencyEnvironmental sustainability
Analysis note: Limited data: only 3 projects with 2 as third party (no direct funding recorded). HIREF's website was not available in the dataset, and the company is classified as non-SME private, suggesting mid-size industrial operations. The profile is consistent but narrow — all projects cluster tightly around shallow geothermal, providing confidence in the expertise area but limited insight into the company's full capabilities or commercial scale.