Redesign and Optimization of the Thermal Energy Production System
Boulevard Simon Bolivar – 1000 Brussels
Market sector
Private
Number of housing units and buildings
2 office buildings
Area (m²)
Heat source type
Open-loop geothermal
Project number
K-0065
Location
Brussels
Contract type
Client
Consumption
(heating/cooling)
Client
Whitewood
Use
Offices
Works start/end date
2023
Amount excl. VAT
(entire project)
€4.5 million
Renewable energy for offices
The Redesign and Optimization of the Thermal Energy Production System to Sustainably Power Brussels’ Infrastructure.
Project Objectives
One of the two towers, located in the North Quarter of Brussels, is equipped with a geothermal probe field. Due to various technical reasons, the geothermal probes have been used very little since their commissioning 10 years ago. Karno is responsible for redesigning and optimizing the thermal energy production system. Furthermore, to allow both towers to benefit from geothermal energy, Karno is implementing a thermal energy exchange model between these buildings.
Harnessing Geothermal Energy
Geothermal energy is a renewable energy source that relies on harnessing the heat naturally present in the subsoil.
Within heat networks, geothermal energy allows for capturing this heat via shallow or deep boreholes, and then distributing it through a hydraulic network. This technology offers the advantage of being locally available, stable year-round, and a low emitter of greenhouse gases. By leveraging this sustainable resource, it is possible to significantly reduce dependence on fossil fuels, while ensuring a continuous and controlled energy supply.
The integration of geothermal energy is therefore an important strategy for the energy transition and the reduction of the carbon footprint.
Project Impact
Energy Saved
X MWH
Green heat produced over 1 year
CO2 Reduction
X T
CO2 avoided over 20 years
Reduced Costs
100%
Decarbonized heat
Benefits for the Community
The redesign and optimization of the thermal energy production system will offer tangible benefits by providing a green and economical heat source. By utilizing renewable energy from geothermal sources, this project reduces costs and decreases the local carbon footprint, while contributing to a healthier and more sustainable environment.
