OSPEDALE DI NOVI SAD - SERBIA

CLIENT

Ministry of Health of Serbia

LOCATION

Novi Sad – Serbia

MARKET

Healthcare buildings

SURFACE

38.000 mq

YEAR

2008 – ongoing

EXPERTISE

  • Concept and detailed design
  • Fire prevention design

FEATURES

  • Beds: 362
  • Surgical rooms: 16

The intervention for the new Hospital in Novi Sad included the completion of the old structural “skeletons” from the 1980s and the construction of new parts of the healthcare complex. The project is subject to adjustments to comply with recent Serbian energy efficiency standards, international fire safety standards (such as NFPA), and hospital design models (particularly HBN and HTM English).

The starting point of the design is the existing Emergency and Diagnostic complex, consisting of 3 interconnected buildings. Building A is already constructed, while only the concrete structures of buildings B and C were present at the time of project realization. Buildings B and C will have a total of 348 beds, including 22 surgical intensive care beds, 24 surgical semi-intensive care beds, and 14 beds for the Transplant Unit. The Hospital Campus required the following actions to be consistent and aligned with future developments:

  • Modify the medical gas storage;
  • Centralize diagnostic and nuclear medicine departments, laboratories, emergency department, and intensive care unit;
  • Establish connections between the campus and parking;
  • Separate ambulance access;
  • Create connections between the existing Hospital and the internal medicine department by constructing a bridge.

The building is organized on 5 levels with 4 staircases and 10 elevators (8 passenger elevators and 2 service elevators) with a total height of approximately 21 m.

Furthermore, energy efficiency solutions have been adopted, including:

  • Buildings designed with a high level of insulation (windows, glass, and walls) to achieve a low transmissivity value;
  • Application of solar protection and shading systems;
  • High-efficiency equipment (pumps, fans, motors) in air conditioning systems;
  • Heat recovery in air treatment systems;
  • Low-consumption lighting.

GALLERY

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