UZ Leuven Phase 7 - New Ward Building
A new "Phase 7 ward building" is planned for the Gasthuisberg campus. This 14-story high-rise will house several nursing wards, two floors of outpatient services, two floors of outpatient clinics, as well as an expansion of the radiation therapy department, an EPSI unit, a clinical pharmacology floor with an associated cleanroom, and more.
Location:
Gasthuisberg Campus, 3000 Leuven
Client:
UZ Leuven
Partnership with:
Wiegerinck, LOW, NEy
Contact person:
Jasper Wittock
Surface area:
44,000 m²
Budget techniques:
€46,000,000.00 (excluding VAT)
Total construction cost:
€136,000,000.00 (excluding VAT)
Start of studies:
February 2023
Completion of studies:
July 2026
Start of implementation:
September 2026
End of performance:
May 2030
UZ Leuven Phase 7 - New Ward Building
A new "Phase 7 ward building" is planned for the Gasthuisberg campus. This 14-story high-rise will house several nursing wards, two floors of outpatient services, two floors of outpatient clinics, as well as an expansion of the radiation therapy department, an EPSI unit, a clinical pharmacology floor with an associated cleanroom, and more.
Ingenium is designing all the technical systems in this building: HVAC, plumbing and fire protection, medical gases, pneumatic tube systems, electrical systems, and elevators. The building will also house a power plant that will supply heating and cooling not only to the building itself but also to several surrounding buildings. Ingenium is also designing that power plant. We will also oversee and monitor the execution of the technical works.
The building is intensively ventilated; to this end, various air handling units are installed on the mechanical floors on levels 13 and 91 (basement).
A base power plant, equipped with air-to-water heat pumps and connected to the existing ATES at the Gasthuisberg site, supplies both the Phase 7 building and adjacent buildings with heating and cooling; this is supplemented by a peak cooling plant with additional air-to-water heat pumps.
The building is largely heated and cooled using climate ceilings.
UZ Leuven Phase 7 - New Ward Building
A new "Phase 7 ward building" is planned for the Gasthuisberg campus. This 14-story high-rise will house several nursing wards, two floors of outpatient services, two floors of outpatient clinics, as well as an expansion of the radiation therapy department, an EPSI unit, a clinical pharmacology floor with an associated cleanroom, and more.
Location:
Gasthuisberg Campus, 3000 Leuven
Client:
UZ Leuven
Partnership with:
Wiegerinck, LOW, NEy
Contact person:
Jasper Wittock
Surface area:
44,000 m²
Budget techniques:
€46,000,000.00 (excluding VAT)
Total construction cost:
€136,000,000.00 (excluding VAT)
Start of studies:
February 2023
Completion of studies:
July 2026
Start of implementation:
September 2026
End of performance:
May 2030
UZ Leuven Phase 7 - New Ward Building
A new "Phase 7 ward building" is planned for the Gasthuisberg campus. This 14-story high-rise will house several nursing wards, two floors of outpatient services, two floors of outpatient clinics, as well as an expansion of the radiation therapy department, an EPSI unit, a clinical pharmacology floor with an associated cleanroom, and more.
Ingenium is designing all the technical systems in this building: HVAC, plumbing and fire protection, medical gases, pneumatic tube systems, electrical systems, and elevators. The building will also house a power plant that will supply heating and cooling not only to the building itself but also to several surrounding buildings. Ingenium is also designing that power plant. We will also oversee and monitor the execution of the technical works.
The building is intensively ventilated; to this end, various air handling units are installed on the mechanical floors on levels 13 and 91 (basement).
A base power plant, equipped with air-to-water heat pumps and connected to the existing ATES at the Gasthuisberg site, supplies both the Phase 7 building and adjacent buildings with heating and cooling; this is supplemented by a peak cooling plant with additional air-to-water heat pumps.
The building is largely heated and cooled using climate ceilings.
Also bitten by
smart technology?
Come push boundaries with us and help make a difference in our industry-leading projects.