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Título de Acceso Abierto
Development of Unconventional Reservoirs
Resumen/Descripción – provisto por la editorial
No disponible.
Palabras clave – provistas por la editorial
horizontal well; shale gas; shock loads; pseudo-steady-state non-equilibrium sorption; unsteady state non-equilibrium sorption; porosity–permeability; fractured-vuggy reservoirs; flow channel; pressure derivative; total organic carbon (TOC); CO2 huff-n-puff; flow behavior; unconventional reservoirs; semi-analytical model; gravel pack; optimization measures; fractures; lab tests under reservoir condition; dual-porosity system; unconventional; gravity differentiation; MICP; perforation safety; fracture penetration extent; organic-rich shale; stress-dependent permeability; equilibrium sorption; helium porosimetry; numerical model; original gas in-place; shale alteration; injection and production pattern; adsorption and desorption isotherms; low-pressure gas adsorption; initial water saturation; drilling fluid; sorption hysteresis; coalbed methane; gas content; capillary number; reorientation fractures; water flooding effect; organic pores; tight reservoir; condensate recovery; Langmuir pressure; Klinkenberg slippage theory; limestone and calcareous mudstone interbedding; petrophysics; tight gas sand; numerical analysis; northern Guizhou; wettability; peak pressure; sand control; water imbibition; clay bound water; carbon dioxide sequestration; adsorption capacity; gas compressibility factors; convolutional neural network; multi-stage fracturing horizontal wells; fractured tight reservoir; physical model; tight gas reservoirs; automatic classification; NMR; catalytic oxidation characteristics; micro-CT image; wellbore stability; gas adsorption and desorption; gas shale; medium volatile bituminous coal; hydraulic flow units; GEM®; petrophysical properties; compositional 3D; rock-water-CO2 interaction; source-mixed gas; residual gas distribution; oxidation reaction pathway; coal rank; oil migration; clay content; perforated string; TOC recovery; Computer Modelling Group (CMG); capillary trapping; pore size distribution; adsorption; tight reservoirs; well interference; gradation optimization; shale gas condensate reservoir; Niutitang formation; pulse decay test; well testing; Langmuir model; methane adsorption capacity; pore structure; and tight sand gas); ultra-deep well; deepwater well; orthogonal test; high pressure and low flowrate; theoretical model; safety analysis; transient pressure; catalyst-activated low temperature oxidation; reservoir simulation; Langmuir volume; air flooding; petrography; total organic carbon; electrical resistivity; diffusion coefficient; equation of state; porosity; zeta potential; gas permeability measurement; co-exploitation; nuclear magnetic resonance; Changqing tight oil; visual experiment; tight oil reservoirs; caprock integrity; coal measure gases (coalbed gas; NIST-Refprop
Disponibilidad
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No requiere | Directory of Open access Books |
Información
Tipo de recurso:
libros
ISBN electrónico
978-3-03928-581-5
País de edición
Suiza