Exemplary Projects

SIRCULAR – Decarbonising the built environment while prioritising people and communities

The SIRCULAR project will test and demonstrate innovative technologies and services across four regional clusters: initially in Estonia and Spain, followed by Germany and Greece. These clusters will engage construction companies, housing companies, universities, and local administrative entities, focusing on buildings owned or occupied by vulnerable population groups, in line with the SIRCULAR just and affordable transition approach.

SIRCULAR is coordinated by RINA-C and combines the expertise of 22 partners from six European countries, including universities, SMEs, NGOs, and industries. During the next three years, SIRCULAR will transform the building sector into a circular and sustainable industry, aligned with the Built4People partnership principles.

The project’s objectives: 

  • Simplifying sustainable building for everyone
  • Expanding decarbonisation options for zero-emission buildings
  • Strengthening value chain engagement in local innovation clusters
  • Accelerating the adoption of sustainable renovation methods
  • Creating low-risk business opportunities in the circular economy
  • Boosting stakeholder engagement across the construction industry

SIRCULAR has received funding from the European Union’s Horizon Europe research and innovation programme under Grant Agreement No. 101147412.

Related Projects

SYNERGYS – Systems for Energy Synergy

SYNERGYS – Systems for Energy Synergy

The area of the RINGEN research infrastructure in the former Jiří of Poděbrady military barracks in Litoměřice has recently become a unique test site focused on geoenergy and other renewables. SYNERGYS project aims to tackle the challenges of energy...

GreeNest – Nest Ingrained Ecosystem for Zero Emission Buildings

GreeNest – Nest Ingrained Ecosystem for Zero Emission Buildings

The GreeNest project, running from January 2024 to December 2027, aims to advance zero-emission building practices by integrating nature-based building envelope systems and renewable energy sources into construction designs. The project focuses on developing 16...