Sant’Orsola–Malpighi University Hospital

Impianto di trigenerazione energetica - Policlinico Sant'Orsola Malpighi
Impianto di trigenerazione energetica - Policlinico Sant'Orsola Malpighi
Impianto di trigenerazione energetica - Policlinico Sant'Orsola Malpighi

Trigeneration energy system

A trigeneration plant was implemented at the Bologna university hospital, as part of a programme for the technological upgrade of the hospital campus. The project included the construction of a new plant within a historic building located at the centre of the healthcare complex.

The project also included the upgrade of the underground tunnel network distributing energy across the hospital, together with the architectural and construction works required to integrate the new plant systems.

Architectural integration and sustainability

The design paid particular attention to the integration of new volumes within the historic context of the existing building. The new structures are defined by simple forms designed to relate to the architecture without altering its character.

The plant represents a significant step forward in terms of energy and environmental performance. Through the combined production of electricity, heating and cooling, it enables a substantial reduction in emissions, with an estimated saving of approximately 17,000 tonnes of CO₂ per year. The project was also the only Italian case presented at the COP21 as an example of advanced energy technologies applied in a hospital context.

Categories Healthcare
City Bologna
Nation Italy
Status Completed
Year 2014
Client Azienda Ospedaliera Universitaria di Bologna
Project Partners Manutencoop Facility Management SpA, Siram SpA, Iter s.c.

Key Points

  • Construction of a new trigeneration plant for the Bologna university hospital, located within a historic building of the hospital complex.
  • Upgrade and regulatory adaptation of the utility tunnel network and energy infrastructure serving the entire campus.
  • High-efficiency energy system with combined production of electricity, heating and cooling, with an estimated reduction of approximately 17,000 tonnes of CO₂ per year.

Expertise

Categories Healthcare
City Bologna
Nation Italy
Status Completed
Year 2014
Client Azienda Ospedaliera Universitaria di Bologna
Project Partners Manutencoop Facility Management SpA, Siram SpA, Iter s.c.

Trigeneration energy system

A trigeneration plant was implemented at the Bologna university hospital, as part of a programme for the technological upgrade of the hospital campus. The project included the construction of a new plant within a historic building located at the centre of the healthcare complex.

The project also included the upgrade of the underground tunnel network distributing energy across the hospital, together with the architectural and construction works required to integrate the new plant systems.

Architectural integration and sustainability

The design paid particular attention to the integration of new volumes within the historic context of the existing building. The new structures are defined by simple forms designed to relate to the architecture without altering its character.

The plant represents a significant step forward in terms of energy and environmental performance. Through the combined production of electricity, heating and cooling, it enables a substantial reduction in emissions, with an estimated saving of approximately 17,000 tonnes of CO₂ per year. The project was also the only Italian case presented at the COP21 as an example of advanced energy technologies applied in a hospital context.

Key Points

  • Construction of a new trigeneration plant for the Bologna university hospital, located within a historic building of the hospital complex.
  • Upgrade and regulatory adaptation of the utility tunnel network and energy infrastructure serving the entire campus.
  • High-efficiency energy system with combined production of electricity, heating and cooling, with an estimated reduction of approximately 17,000 tonnes of CO₂ per year.

Expertise