Located in the outskirts of Zaragoza, in the Casablanca district, the new Quironsalud Zaragoza Hospital redefines healthcare architecture with an innovative design that prioritises advanced technology, energy efficiency and patient well-being. With a surface area of more than 30,700 m², the centre houses 250 beds, 47 outpatient clinics and 14 operating theatres, including specialised areas for diagnostic imaging and nuclear medicine. The organisation of the hospital into three main volumes optimises internal flows and ensures efficient operations.
Urban integration and volumetric design
The hospital is stragegically located, directly connected to the main roads of the city, facilitating quick access for emergencies. Its integration with a linear park under development reinforces pedestrian mobility and connects the complex with the urban area, promoting an accessible and sustainable environment.
The architectural complex is made up of three distinct volumes, with independent accesses for each function: outpatients, hospitalisation and emergencies, all interconnected in the interior. With six storeys above ground and two technological basements, the design addresses functional and climatic criteria. The geometry of the building reduces exposure to wind and urban noise, while the double-skin façade allows light and thermal control of the interior spaces, guaranteeing comfort and privacy.
Energy efficiency and sustainability
The volumetric composition of the hospital enhances natural light and optimises the relationship with the exterior. The double-skin façade, made of GRC (Glass Reinforced Concrete) panels, improves thermal insulation and regulates the permeability of the building according to its uses, reducing direct solar incidence and boosting energy savings.
The project incorporates sustainable solutions such as open-loop geothermal systems and photovoltaic panels, contributing to the reduction of its carbon footprint and the use of renewable energies. These strategies reinforce ENERO’s commitment to sustainability and operational efficiency.
Humanisation of spaces and state-of-the-art technology
The hospital’s design prioritises the patient experience, combining technological innovation with a humanistic approach to spaces. The addition of an ultramodern paediatric and neonatal ICU offers specialised intensive care for the very young.
The interior spaces have been designed to maximise the entry of natural light through patios and strategic openings in the façade, creating comfortable environments that enhance recuperation. The choice of materials and coatings contributes to improving environmental quality, while the use of sound-absorbing materials in waiting rooms optimises acoustic comfort.
Separate public and staff circuits guarantee an efficient organisation of internal flows, minimising interference and improving hospital operations. The rooms are designed to provide quiet and comfortable spaces, and integrate solutions that reduce noise and improve the quality of the hospital stay.
