Gammel Engineering and Stadtwerke Traureut have been working together since 2002. A biomass cogeneration plant supplies a large number of public, commercial and private properties with heat.
In 2010, the integration of the geothermal power plant built by a private investor into the overall network was investigated - and a favorable heat supply contract was successfully negotiated for Stadtwerke Traureut.
Last Friday, the district heating feed-in from geothermal energy was put into operation in Traunreut. This means that over 2000 households in Traunreut can now be supplied with geothermal energy.
Every second, 40 liters of thermal water are extracted from a depth of 5000 meters - the target is 165 liters per second. After the energy transformation, this thermal water is then fed back into the water reservoir; two heat exchangers ensure trouble-free heat transformation into the district heating network.
Read some press excerpts about the commissioning of the power plant here:
"Our treasure is the hot water" , Traunreuter Anzeiger
"Hot water running from the depths" , Traunreuter Anzeiger
"The water is called enough" , Bauen & Wohnen
You can find out more about the project at Gammel in our reference sheet!
Once again this year, we had a wonderful internal Christmas party together. A big thank you goes to our entertainment manager Sonja Eichstätter for organizing the evening.
Healthy and motivated employees are the foundation of a successful company - especially in economically challenging times. The "Healthy companies in the district of Kelheim" network, in which nine regional companies have joined forces to establish occupational health management (OHM) not as a short-term measure, but as a sustainable and systematic process, follows precisely this claim.
What great news! We are incredibly proud and delighted that, together with our partner IWR GmbH, we have been awarded the planning contract for a 12 MW seawater heat pump including seawater extraction and a biomass heating plant as part of the cross-border UNITED HEAT project.