Enhanced Geothermal Systems (EGS) represent a breakthrough in renewable energy, allowing for geothermal power generation in areas lacking natural hydrothermal resources. By using hydraulic stimulation to increase rock permeability, EGS plants can extract Earth's heat to generate electricity. This technology promises a consistent energy supply and has a global application potential, with projects in various countries exploring different stimulation methods for efficient energy extraction.
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1
EGS vs. Natural Geothermal Resources
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2
EGS Heat Extraction Method
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3
EGS Impact on Geothermal Development
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4
The success of ______ relies on the increased permeability of subterranean rock formations.
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5
Hydraulic stimulation in EGS involves the process of ______, which differs from the oil and gas industry's hydraulic fracturing.
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6
Unlike hydraulic fracturing, hydro-shearing does not create new fractures but extends ______ ones.
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7
In EGS, the heated water from underground is pumped back to the surface to ______ electricity.
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8
EGS plant power generation methods
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9
Role of working fluid in EGS
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10
EGS plant operational cycle
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11
EGS can be applied globally because it is not constrained by ______ limitations.
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geographical
12
The primary requirement for EGS is the capability to tap into the ______ at adequate ______.
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heat resource depths
13
To access the necessary high temperatures for EGS, ______ drilling technologies are employed.
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advanced
14
An EGS facility typically has an operational lifespan of ______ to ______ years.
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15
EGS offers a ______ renewable energy solution due to its long-term operational potential.
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16
EGS stimulation techniques
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17
Cooper Basin significance
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18
EGS global potential
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19
EGS is notable for its ability to provide ______ power and its flexibility in different ______ conditions.
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20
The transition to a more ______ energy landscape sees EGS as a critical component.
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21
To increase the attractiveness of EGS, efforts are being made to improve its ______ and reduce ______.
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22
EGS could help satisfy the ______ energy demands while lessening the ______ impacts.
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Earth Sciences
Understanding Enhanced Geothermal Systems (EGS) and Seismicity Risks
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Harnessing Geothermal Energy in Iceland
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Basics of Geothermal Energy
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The Development and Sustainability of Geothermal Energy Projects
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