With our deep geothermal system at the Cieweg location in Heemskerk, the Netherlands we help to reduce the consumption of fossil fuels. Heating our greenhouses with geothermal energy obtained from a depth of 3,000 metres implies an annual saving of around five million cubic metres of gas, cutting back local emissions of CO2 by 9,000 tonnes a year.
With our deep geothermal system at the Cieweg location in Heemskerk, the Netherlands we help to reduce the consumption of fossil fuels. Heating our greenhouses with geothermal energy obtained from a depth of 3,000 metres implies an annual saving of around five million cubic metres of gas, cutting back local emissions of CO2 by 9,000 tonnes a year.
Since inception in 2004, Fraser Well Management has continued to grow in a controlled way, building on our strong foundations in well engineering and project management to undertake projects in all regions of the world.
GeoAlto stands for sustainable heat and cold from the earth. Near-surface geothermal energy is a central component of the heat transition and is available year-round at almost every location as an energy source for heating and cooling buildings. Geothermal energy is also increasingly being used as "cold local heating" for the decentralized supply of entire districts or groups of buildings. With our expertise, we ensure the successful use of geothermal energy for an environmentally friendly and comfortable indoor climate of the future.
geoENERGIE Konzept, a company of ENGIE Group, is a leading geothermal company for heating and cooling solutions based on shallow geothermal energy. Having realised a large number of geothermal projects in Europe and Germany, geoENERGIE Konzept is a competent and reliable partner for geothermal energy from one single source. The company’s service portfolio includes professionally planning and designing geothermal plants, geothermal testing work, monitoring existing geothermal plants and optimising ongoing operations. In addition to project work, the company is also very active in research and development in regard to geothermal aspects.
The project is a geothermal energy installation that extracts hot water at 95 degrees from a depth of 2,800 metres. The heat from this water will be used via heat exchangers to heat horticultural companies in a renewable way. We try to extract as much heat as possible from the water. This is interesting for us because we need to pump less water. The cooled water is then pumped back to the same layer at a depth of 2,800 metres.
The project is a geothermal energy installation that extracts hot water at 95 degrees from a depth of 2,800 metres. The heat from this water will be used via heat exchangers to heat horticultural companies in a renewable way. We try to extract as much heat as possible from the water. This is interesting for us because we need to pump less water. The cooled water is then pumped back to the same layer at a depth of 2,800 metres.
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