The project interprets the laboratory as a highly specialised healthcare infrastructure in which space, technology and operational workflows form a single integrated system. The former sequence of compartmentalised rooms gives way to a large open-plan CoreLAB designed to accommodate new diagnostic equipment while improving visual continuity, supervision and collaboration among staff. Alongside the laboratory are dedicated areas for technicians, shift personnel and new restrooms. Chemically resistant and easy-to-sanitise materials, controlled lighting, acoustic comfort and the complete integration of building services translate the demands of a complex healthcare environment into an orderly, flexible space capable of adapting to the evolution of laboratory technologies.

The project begins with the removal of existing partitions and finishes to create a new layout centred on the CoreLAB. The main laboratory is complemented by a technicians’ work area, protected yet visually connected to the open space, a room for shift personnel and four new restrooms, including one accessible facility.

The quality of the interiors is defined by materials specifically selected for healthcare environments: chemical-resistant PVC flooring in the laboratory, porcelain stoneware in service areas and washable vinyl wall coverings up to a height of 2.10 metres. The suspended ceiling, generally installed at 2.90 metres, integrates the building systems while preserving the greatest possible clear height and contributing to acoustic comfort. Existing external windows are replaced with units that retain the original appearance while improving thermal and acoustic performance, with solar shading integrated within the glazing.

SUSTAINABILITY AND INNOVATION

Innovation within the CoreLAB is primarily driven by the integration of new technological systems. A dedicated air-handling unit and polyvalent unit on the roof serve the laboratory together with an independent cooling system designed to manage equipment-generated thermal loads throughout the year. New networks distribute demineralised water and technical compressed air, while special wastewater is separated from ordinary drainage.

On the electrical side, a 60 kVA UPS with 30 minutes of autonomy protects the analytical equipment. LED lighting with DALI control, access control, fire detection and EVAC systems complete an integrated and monitorable technical infrastructure. High-performance windows, integrated solar shading and acoustic control further improve comfort for laboratory staff.