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Physical, Chemical and Biological Processes in Energy Geoscience
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This Special Issue covers the new advances in physical, chemical, and biological processes in energy geoscience, especially for unconventional gases and geothermal energy. Its major topics include (1) depositional and diagenetic processes of geo-energy reservoirs, (2) formation and evolution mechanism of pores and fractures, (3) characterization of organic and mineralogical properties of unconventional geo-energy, (4) fluid flow behaviors in porous media under geological conditions, and (5) exploration, development, and utilization of geo-energy resources (including oil, gas, and geothermal resources).
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Keywords
- active period
- brittleness index
- carbon and oxygen isotopes
- carbon isotopes
- carbonate rock
- Carboniferous
- carboniferous strata
- CBM vertical well
- coal-measure source rock
- coalbed methane
- condensate gas
- depositional environment
- Diagenesis
- eastern slope of Mahu sag
- fluid migration
- formation pressure
- gas content
- geological control factors
- geological model
- gossan ore
- hydrocarbon accumulation
- input of terrestrial organic matter
- junggar basin
- Jurassic system
- Kuqa Depression
- light hydrocarbons
- low production
- low-temperature nitrogen adsorption
- Maigaiti Slope
- marine shale
- matrix compressibility
- mercury intrusion porosimetry
- MICP
- migration characteristics
- natural gas genesis
- NMR
- open and semi-open system pyrolysis
- Ordos Basin
- organic acid dissolution
- organic matter
- paleogeomorphology
- Penyijingxi Sag
- pore network model
- pore size distribution
- pore structure
- pore structure evolution
- porosity
- preparation
- Qianshuidi 1 well
- Qinnan depression
- Qinshui Basin
- reconstruction potential evaluation
- Reference, information & interdisciplinary subjects
- Research & information: general
- reservoir
- roasting
- secondary pores
- sedimentary rate
- seismic facies
- seismic forward modeling
- stratigraphic pattern
- strike-slip fault
- stylolites
- taphrogenic trough
- Tarim Basin
- tight sandstone
- tight sandstone gas
- total pore volume
- volcanic rocks
- Weibei Field
- ZnFeO4
Links
DOI: 10.3390/books978-3-0365-9406-4Editions