Optimization of hydraulic fracturing in tight gas reservoirs with alternative fluid
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Beschreibung
Due to the finite nature of petroleum resources and depletion of conventional reservoirs, the exploitation of unconventional resources has been a key to meeting world energy needs. Natural gas, a cleaner fossil fuel compared to oil and coal, has an increasing role in the energy mix. It is expected that the peak global natural gas production will remain between 3.7-6.1 trillion m3 per year between 2019 and 2060.
Therefore, addressing the technical challenges posed by reservoir exploitation technologies in an environmentally responsible manner is critical for efficient energy production and energy secure of the world.
https://cuvillier.de/de/shop/publications/8494-optimization-of-hydraulic-fracturing-in-tight-gas-reservoirs-with-alternative-fluid
Autor*in
Faisal Mehmood
Themen in »Optimization of hydraulic fracturing in tight gas reservoirs with alternative fluid«
alternative fluid, light alkanes, hydraulic fracturing, tight gas proppants, fracture conduictivity, Leichtalkane, Fracking, Knallgas Proppenstoffe, Konduktivität, Erdölressourcen, petroleum resources Energiebedarf, energy needs, Erdgas, natural gas, fossiler Brennstoff fossil fuel, Energiemix, energy mix, effiziente Energieversorgung Energieerzeugung, Tight-Gas-Lagerstätten, dichte Gasspeicher Grundwasserqualität, ground water quality, Frac-Flüssigkeiten frac-fluids, n-Alkane, n-alkanes, Viskosität viscosity, Hydraulic Kohlenwasserstoffindustrie, hydrocarbon industry, Muttergestein source rock, Schadstoffe, pollutants, emissions, Emissionen, Diesel Brückentechnologie, bridging technology, Global Energy Review globale Energiebewertung, Stromsektor