WE HAVE EXISTED SINCE 1973
WE HAVE BUILT OVER: 1600 DEEP WELLS AND 650 ABYSSINIAN WELLS
WE ALSO DRILL WELLS USING THE SHOCK-ROTARY METHOD -check the benefits
AS ONE OF THE FEW COMPANIES IN THE EU, WE OBTAIN WATER FROM DEPTHS OF OVER 300 METERS
HEAT PUMP WELLS
Geothermal heat pump wells are a key component of geothermal systems used for efficient heating and cooling of buildings. This technology harnesses the constant temperature of the ground to provide an environmentally friendly and economical source of energy.
Process and Methods
- Planning and Design: The first step involves carefully planning the system, including the selection of well locations, determining their depths, and quantity. Planning also includes geological analysis of the area and assessing potential environmental impacts.
- Drilling of Wells: Specialized drilling equipment is used to create wells of the appropriate depth. The drilling technique is adapted to the geological conditions and the system design.
- Installation of Vertical Heat Exchangers: Vertical heat exchangers are installed in the wells, through which a working fluid (often a water-glycol solution) flows, exchanging heat with the ground.
- Connection to Heat Pump: The heat exchangers are then connected to the heat pump, which is responsible for further distributing thermal energy to the heating or cooling system of the building.
- Testing and System Commissioning: After installation, the system undergoes testing to ensure that all components are functioning correctly and efficiently.
Application
Boreholes for heat pumps are utilized in geothermal systems for residential, commercial, and industrial buildings, offering an environmentally friendly and cost-effective solution for heating and cooling. They serve as the foundation of efficient geothermal systems, allowing for the utilization of energy stored in the ground. This process requires meticulous planning, the application of specialized drilling techniques, and strict adherence to safety and environmental protection principles.