Investigations on the Improvement of the Energy Output of a Closed Loop Geothermal System (CLGS)

Schulz, Sven-Uwe

doi:10.14279/depositonce-1967

Cited by 3 publications

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Deep geothermal energy – an interdisciplinary challenge. Shaft with 3D underground collector as heat exchanger /

Muser¹,

Hämmerle²,

Galler

et al. 2010

Geomechanics and Tunnelling

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The "Deep geothermal power station" project represents a new process for the exploitation of geothermal energy. District heating and heating for industrial purposes as well as electricity can be produced in a geothermal power station. The heat extraction will be controlled and continuous in a closed circulation system using drillings from a mined system of tunnels at a depth of 6,000 m. In order to overcome the high temperatures and rock pressures to be expected, interdisciplinary collaboration between several professions will be required.

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Deep geothermal energy – an interdisciplinary challenge. Shaft with 3D underground collector as heat exchanger /

Muser¹,

Hämmerle²,

Galler

et al. 2010

Geomechanics and Tunnelling

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Geothermie-Tiefenkraftwerk – prinzipielle Machbarkeit?

Muser¹,

Hämmerle²,

Galler

et al. 2011

Berg Huettenmaenn Monatsh

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Zusammenfassung:werk" stellt einen neuen Verfahrensansatz in der Nutzung geothermischer Energie dar. Fern-und Prozesswärme wie auch Elektrizität werden hierbei in einem geothermischen Großkraftwerk erschlossen. Die Wärmegewinnung erfolgt kontrolliert und kontinuierlich in einem geschlossenen Kreislauf mittels Bohrungen von einem bergmännisch aufgefahrenen Stollensystem in einer Teufe von 6.000 m. Derzeit wird von einer Forschungsgruppe die prinzipielle Machbarkeit für dieses Projekt untersucht. Discussing the Principal Feasibility of Large-Scale Deep Geothermal Power PlantsThe project 'Large-scale deep geothermal power Abstract: plants' follows a radically new approach to the exploitation of geothermal power. It relies on an underground power plant for gaining electricity from district and process heat. The concept foresees a complex mining infrastructure to construct closed systems allowing for controlled and continuous energy absorption at great depths (around 6,000 m). Currently an interdisciplinary group of experts is investigating the principal feasibility of this concept.

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Research on heat transfer in geothermal wellbore and surroundings

Zhou¹

2013

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Investigations on the Improvement of the Energy Output of a Closed Loop Geothermal System (CLGS)

Cited by 3 publications

References 0 publications

Deep geothermal energy – an interdisciplinary challenge. Shaft with 3D underground collector as heat exchanger /

Deep geothermal energy – an interdisciplinary challenge. Shaft with 3D underground collector as heat exchanger /

Geothermie-Tiefenkraftwerk – prinzipielle Machbarkeit?

Research on heat transfer in geothermal wellbore and surroundings

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