Completed Construction Project – New Integrated Outpatient Clinic of the County Emergency Clinical Hospital
We successfully completed a major construction and building services project for the development of the new Integrated Outpatient Clinic within the County Emergency Clinical Hospital.
The new building, with a Basement + Ground Floor + 3 Floors configuration, was completed and equipped with modern, energy-efficient systems designed to ensure optimal comfort and operating conditions for high-quality medical services.
Ventilation and Air Treatment Systems
The ventilation and air treatment systems were successfully installed and commissioned as follows:
- The basement, ground floor, and first floor were equipped with an air handling unit with a capacity of 12,000 m³/h.
- The second floor was equipped with an air handling unit with a capacity of 3,900 m³/h.
- The third floor, dedicated to the Intensive Care Unit (ICU), was equipped with two air handling units, each with a capacity of 7,700 m³/h.
Heating and Cooling System
To improve energy efficiency and provide a high level of thermal comfort, the building was equipped with a low-temperature radiant heating and cooling system, using PE-Xa pipes integrated into the building’s structural elements, specifically within the concrete floor slabs.
The TABS system was designed and installed in modular sections, with each module measuring 1 × 8 m. The pipes were anchored to a metal reinforcement mesh with 20 × 20 cm openings, installed at a 20 cm spacing.
The modules were interconnected through distribution pipes using the Tichelmann system, while the connection between the vertical circuits was achieved through distribution and collector manifolds, with two manifolds installed on each floor.
Thermal System
The building was equipped with a central heating and cooling system consisting of:
- two ground-source heat pumps, each with a capacity of 50 kW;
- four hybrid air-ground-water heat pumps, each with a capacity of 60 kW, installed on the building’s roof.
Energy Source
The energy required to operate the building’s heating and cooling systems is provided through an integrated geothermal energy solution consisting of:
- 93 energy piles, with a diameter of 800 mm, forming part of the building’s supporting structure;
- 76 energy piles, with a diameter of 600 mm, integrated into the retaining wall.
Project Completion
The successful completion of this project resulted in a modern, energy-efficient medical facility, designed to meet the demanding requirements of a complex healthcare environment.
The implemented technical solutions provide a high level of comfort for both patients and medical staff while contributing to reduced energy consumption and a lower environmental impact.
The project represents a successful integration of modern ventilation, air treatment, radiant heating and cooling, and geothermal energy solutions within a large-scale medical facility.