R. ROCKEFELLER S.C.R. ROCKEFELLER S.C.RePG · Global Geothermal PartnershipHome

GLOBAL TECHNICAL PARTNERSHIP

Geothermal AGS.
Engineering in partnership.

R. Rockefeller S.C. and RePG combine geothermal technology, engineering research and international project development, anchored by the Group’s main global engineering centre in Bursa, Türkiye.

R. ROCKEFELLER S.C. × RePG

A global framework for advanced geothermal energy.

RePG is the Group’s industrial and technical partner for the development of its AGS geothermal platform. The partnership links technology development and manufacture with RRSC’s international engineering, institutional and project network.

Technology & manufacture

Low-temperature heat conversion, the surface ORC power platform, industrial production, testing and technical integration.

AGS project engineering

Site qualification, heat-resource assessment, closed-loop system design and integration with the needs of industrial and infrastructure clients.

International delivery

Project development through RRSC’s branches and engineering network, with defined technical responsibilities and project-specific implementation stages.

BURSA · TÜRKİYE

Main Global Engineering &
Technology Research Center.

The Bursa centre is the main global engineering and technology research centre of R. Rockefeller S.C. RePG supports the centre as its technical and industrial partner, with a dedicated role in Green Energy research and development.

The centre connects engineering design, manufacturing, industrial testing and the advancement of geothermal and heat-recovery applications. It works with the wider RRSC research network in Italy and Egypt.

MILAZZO · SICILY

The first Italian RRSC AGS pilot.

Within the Augusto Innovation Hub partnership, the Italian pilot is planned to demonstrate the integration of AGS geothermal energy with data infrastructure and the campus’s energy requirements.

The surface ORC technology has industrial field evidence. The closed-loop AGS configuration is engineered and validated for the specific site, its thermal conditions and required output.