Besides the university hospital, Campus Gasthuisberg includes a large number of KU Leuven buildings focused on research and teaching of the Faculty of Medicine.
Several large construction and renovation projects are planned on this KU Leuven campus, such as the renovation of lab building O&N1 from the 1970s (approx. 40,000 m², study techniques by Ingenium) and an expansion of lab building O&N2. The university is taking advantage of both these major projects to also provide fossil-free heat production for these buildings with large heat pump systems (2.0 MW and 0.7 MW thermal).
At the request of KU Leuven, Ingenium examined whether these newly planned heat pump systems could additionally sustainably heat seven existing surrounding buildings, thus taking an important step toward a fossil-free campus. After all, by installing a low-temperature heat network at 50 °C throughout the campus, the planned heat pumps can produce additional sustainable heat without an excessively large additional investment. This is not an obvious exercise due to the varying central heating temperature regimes used in the various buildings today.
Ingenium simulated the heat demand of the various buildings and the operation of the low temperature heat network, looked at the potential energy gains, made the financial profitability exercise, and worked out the hydraulic and control engineering concepts. The study showed that in this way, the natural gas demand of the buildings concerned could be reduced by more than two-thirds, and CO2 emissions for heating could be reduced by almost 700 tons per year, without the need for additional heat pump capacity!
Would you have liked more info about this project or the possibilities for fossil-free heat in your project? Feel free to contact our energy experts Thomas Koch and Joris Dedecker at thomas.koch@ingenium.be or joris.dedecker@ingenium.be or call 050 40 45 30.
