... unconventional resource technology conference flow in porous media seg unconventional resource technology conference formulation jorge implementation acuna perpendicular complex reservoir fracture conductivity displacement extension enhanced geothermal system jorge compressibility interference...

... compressibility fracture aes carbon dioxide equation unconventional resource technology conference engineering injection injectate experiment fracture propagation hydraulic fracturing reservoir characterization urtec sandstone propagation us rock mechanic geomechanics symposium URTeC: 4037963...

... variation compressibility seg unconventional resource technology conference transition fd-rta fractional dimension rate transient analysis figure 10 nonlinear regression URTeC: 4043567 Fractional Dimension Rate Transient Analysis (FD-RTA) Applied to Multiphase Wells Jorge A Acuña*1, Vincent Artus2...

... reservoir characterization geology complex reservoir production logging production monitoring geological subdiscipline inter-well communication clarkson approach fracture pressure transient analysis well 1 saturation urtec williams-kovac reduction interference well 2 compressibility...

... characterization lateral dfit adfit procedure urtec fracture closure communication leakoff coefficient dfit fracture regime drillstem testing reservoir geomechanics pressure transient analysis flowback reservoir permeability compressibility operation URTeC: 4044157 Measuring Key Reservoir...

... a vital role in huff-n-puff due to the compressibility of live oil, and this effect could be more significant at the field scale. Introduction Global energy consumption is continuously increasing due to population growth and economic development. As conventional resources face depletion...

... operation shale gas interlayer interference boundary well 1 geology directional drilling shale oil geological subdiscipline thickness paper srv compressibility oil shale drillstem testing modeling & simulation technology conference unconventional resource technology conference ozkan...

... compressibility. Productivity in this rock type experienced decreases ranging from 8% to 50%. The observed variations underscore the significance of considering PDP in production forecasts, particularly in source-rock reservoirs. These findings contribute valuable insights into the dynamic relationship between...

... Abstract Formation compressibility (pore volume strain per unit change in reservoir pressure) is an important rock property that can directly impact drive energy and recovery in conventional reservoir settings but is invariably minimized/ignored when simulating unconventional resource rocks...

... properties (saturation pressure ( p b or p dew ), solution gas-oil-ratio ( R sb ), formation volume factors (for oil, gas, and water), fluid viscosities, fluid compressibilities, etc.) in cases where laboratory measurements are unavailable. In unconventional reservoir developments, laboratory analyses...

... equation fluid dynamics geology rock type viscosity poiseuille equation water permeability compressibility sample 1 carbon nanotube urtec liquid permeability slippage adsorption sample 4 nanoconfinement wang no-slip boundary URTeC: 3859466 Does Liquid Slip Flow Occur in Unconventional...

... compressibility, wellbore friction, and gas slippage are taken into account. Using mass conservation theory, the model predicts production performance for multi-fractured horizontal wells, considering dual-porosity, stress-sensitivity, gas adsorption and desorption, and gas and water relative permeabilities...

... multiphase flowing material balance unconventional resource technology conference compressibility mstb ooip drillstem testing production monitoring reservoir characterization boundary ruddick eur flow metering refrac geological subdiscipline ooip fracture reservoir boundary URTeC: 3865157...

... testing pvt measurement flow in porous media production logging production control production monitoring multiphase flowing material balance ruddick drillstem testing reservoir surveillance pseudowell geologist geology estimates of resource in place boundary compressibility reservoir...

... production monitoring complex reservoir upstream oil & gas compressibility rsoi 1600 rsoi 2400 estimates of resource in place pvt measurement fmb reserves evaluation resource in place estimate accuracy permian well rb stb srv oip coi 1 single-phase fmb eqn equation reservoir simulation...

... intrusion measurements were performed on samples from the Wolfcamp Formation, in both intact and crushed condition. A modified pressure protocol using intermediate hysteretic cycles was implemented to target sample compressibility occurring prior to mercury entry into the pore network, allowing...

... Abstract Estimates of in situ stresses and their changes upon production can be greatly influenced by the choice in poroelastic parameter values such as Biot coefficient and pore compressibility. In the determination of these parameters, grain compressibility and its anisotropy have emerged...

... to predict RF and EUR. Both methods consider the effect of rock and connate water expansion in the prediction of EUR and RF. The expansion effect of rock and connate water is introduced into the FMB analysis by redefining the total compressibility and gas material balance equations. A new robust flow regime...

..., regardless of wettability alterations. Sample compressibility occurring during measurement is used to quantify stress sensitivities and the subsequent reduction in porosity and permeability so that extracted values can be representative of reservoir stressed conditions. The MICP drainage-imbibition...

... of huff-n-puff because the high compressibility of C 1 enhances the volume expansion obtained upon depressurization during the production phase. In contrast, HC gases with higher C 2 and C 3 content yield higher recoveries during the later cycles because the high density of these gases improves...