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Discover the utilization of geothermal energy in Szeged, from historical water excavations to modern heating systems, addressing ecological concerns and benefits. Learn how this renewable energy source is making a positive impact locally.
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Luca Varga,Dániel Kardos,Zsolt Novák Geothermicenergyin Hungary, what is achieved
The past In 1880, thewaterexcavations has been starting. The Anna-well drilled in 1927, which is 944 metresdeep and thewaterwas 58 degreeswarm. FirsttheRomansusedit and it’sstillworkstoday. The water is heathly and it’sgoodforrheumatismandotherjointandbonesproblems.
In Hungary, the temperature is growingwith 100 m by 5 degrees, which isaround one and a half times the world average, becausein Hungary the earth's crust is thinner. The reason is that in Hungary, includingthePannonian Basin, the crust is thinner
The present The houses of Szeged, gettheirheatingbynaturalgas. Only 25 percent heatwithgeothermicenergy. The main problem is, theheatingwithnaturalgascontaminanttheecology. The secondaryproblem is thenaturalgasisasexpensiveasthepoliticalsituationdictates and the World Market sellit. The geothermicenergy is muchbetter, becausethisis a renewingenergy, and itdoesn’tdestroythenature. The waterthatcomesfromthe underground is about 85-90 degreeswarm. Itcould be usedforheating.
The results of the implementationof geothermal heating • Use of energy in locally• a result of an absolute re-clean, renewable source of energy involvedensure that the project• fuel and improve safety, service, long-term cost savings• individual installations of the system external temperatures of -15 º C to 100% can