000 06171cam a22004455i 4500
001 21580315
003 ZW-GwMSU
005 20210630121827.0
008 131203s2013 gw |||| o |||| 0|eng
010 _a 2019736503
020 _a9783642133527
020 _a9783662501931
040 _bEnglish
_erda
_cMSULIB
050 0 0 _aGB119905 STO
100 1 _aStober, Ingrid.
_eauthor.
245 1 0 _aGeothermal energy :
_bfrom theoretical models to exploration and development /
_ccreated by Ingrid Stober and Kurt Bucher.
264 1 _aBerlin, Heidelberg :
_bSpringer Berlin Heidelberg :
_bImprint: Springer,
_c2013.
264 1 _c©2013
300 _a291 pages
_b120 illustrations, 69 illustrations in color
336 _atext
_btxt
_2rdacontent
337 _acomputer
_bc
_2rdamedia
338 _aonline resource
_bcr
_2rdacarrier
347 _atext file
_bPDF
_2rda
505 0 _a 1. Thermal Structure of the Earth.-1.1 Renewable Energies, Global Aspects -- 1.2 Internal Structure of the Earth -- 1.3 Energy budget of the planet -- 1.4 Heat transport and thermal parameters -- 1.5 Brief outline of methods for measuring thermal parameters.-2. History of Geothermal Energy Use -- 2.1 Early utilization of geothermal energy -- 2.2 History of Utilization of Geothermal Energy in the last 150 Years .-3. Geothermal Energy Resources -- 3.1 Energy -- 3.2 Significance of "renewable" energies -- 3.3 Status of geothermal energy utilization -- 3.4 Geothermal energy sources.-4. Application of Geothermal Energy -- 4.1 Near surface Geothermal Systems -- 4.2 Deep Geothermal Systems -- 4.3 Efficiency of geothermal systems -- 4.4 Major geothermal fields, high enthalpy fields.-5. Potentials and Perspectives of Geothermal Utilization.-6. Geothermal Probes -- 6.1 Planning Principles -- 6.2 Construction of ground source heat exchangers -- 6.3 Dimensioning and design of geothermal probes.-6.4 Drilling methods for borehole heat exchanger -- 6.5 Backfill and grouting of geothermal probes -- 6.6 Construction of deep geothermal probes -- 6.7 Operating geothermal probes: Potential risks, malfunctions and damages -- 6.8 Special systems and further developments.-7. Geothermal Well Systems -- 7.1 Building geothermal well systems -- 7.2 Chemical aspects of two-well systems -- 7.3 Thermal range of influence, numerical models.-8. Hydrothermal Systems, Geothermal Doublets -- 8.1 Geology and tectonic structure of the underground -- 8.2 Thermal and hydraulic properties of the target aquifer -- 8.3 Hydraulic and thermal range of hydrothermal doublets -- 8.4 Hydrochemistry of hot waters from great depth.-8.5 Reservoir-improving measures, Efficiency-boosting measures, Stimulation -- 8.6 Productivity risk, Exploration risk, Economic efficiency -- 8.7 Some site examples of hydrothermal systems -- 8.8 Project planning of hydrothermal power systems.-9. Enhanced-Geothermal-Systems (EGS), Hot-Dry-Rock Systems (HDR), Deep-Heat-Mining (DHM) -- 9.1 Techniques, procedures, strategies, aims -- 9.2 Historical development of the hydraulic fracturing technology, early HDR sites.-9.3 Stimulation procedures -- 9.4 Experience and dealing with micro-seismicity -- 9.5 Recommendations, Notes.-10.Environmental Issues Related to Deep Geothermal Systems -- 10.1 Seismicity related to EGS projects -- 10.2 Interaction between geothermal system operation and the subsurface -- 10.3 Environmental issues related to surface installations and operation -- 11.Drilling techniques for deep wellbores.-13.Geophysical methods, exploration and analysis -- 12.1 Geophysical pre-drilling exploration, seismic investigations -- 12.2 Geophysical well logging and data interpretation.-13.Testing the hydraulic properties of the drilled formations -- 13.1 Principles of hydraulic testing -- 13.2 Types of tests, planning and implementation, evaluation procedures -- 13.3 Tracer Experiments -- 13.4 Temperature evaluation methods.-14. The chemical composition of deep geothermal waters and its consequences for planning and operating a geothermal power plant -- 14.1 Sampling and laboratory analyses -- 14.2 Deep geothermal waters, data and interpretation -- 14.3 Mineral scales and materials corrosion.-15. References.
520 _aThe internal heat of the planet Earth represents an inexhaustible reservoir of thermal energy. This form of energy, known as geothermal energy has been utilized throughout human history in the form of hot water from hot springs. Modern utilization of geothermal energy includes direct use of the heat and its conversion to other forms of energy, mainly electricity. Geothermal energy is a form of renewable energy and its use is associated with very little or no CO2-emissions and its importance as an energy source has greatly increased as the effects of climate change become more prominent. Because of its inexhaustibility it is obvious that utilization of geothermal energy will become a cornerstone of future energy supplies. The exploration of geothermal resources has become an important topic of study as geology and earth science students prepare to meet the demands of a rapidly growing industry, which involves an increasing number professionals and public institutions participating in geothermal energy related projects. This book meets the demands of both groups of readers, students and professionals.
588 _aDescription based on publisher-supplied MARC data.
650 0 _aEnergy systems.
650 0 _aElectrical engineering
650 0 _aEnvironmental sciences.
650 0 _aRenewable energy resources.
650 1 4 _aRenewable and Green Energy.
_0http://scigraph.springernature.com/things/product-market-codes/111000
650 2 4 _aEnergy Systems.
_0http://scigraph.springernature.com/things/product-market-codes/115000
650 2 4 _aEnvironmental Science and Engineering.
_0http://scigraph.springernature.com/things/product-market-codes/G37000
700 1 _aBucher, Kurt.
_eauthor.
776 0 8 _iPrint version:
_tGeothermal energy.
_z9783642133510
_w(DLC) 2013948443
776 0 8 _iPrinted edition:
_z9783642133510
776 0 8 _iPrinted edition:
_z9783642133534
776 0 8 _iPrinted edition:
_z9783662501931
942 _2lcc
_cB
999 _c157461
_d157461