... worldwide, with an average incremental recovery of 8%-15% observed in the Permian Basin (Li et al., 2024). CO 2 -EOR enhances oil recovery primarily through phase mixing, viscosity reduction, and swelling mechanisms; however, cooling damage remains a critical factor impairing long-term productivity (Zhang...

... Pink Salt. Multistage Triaxial tests and creep tests for different holding time durations and stress regimes were performed. The multistage triaxial test showed evolving deformational mechanisms under the mapped yield surface based on the irrecoverable to recoverable strain ratio. At low stresses...

... during the subsequent time scaling regime. Periods of time scaling are interpreted as regions where a single mechanism is dominating. INTRODUCTION Salt rock is a viable geomaterial for the storage of different energy vectors and waste disposal because of its favorable rheology, damage self-recovery...

... ABSTRACT Dissolution of CO 2 in saline waters is considered one of three main CO 2 trapping mechanisms along with structural/stratigraphic trapping and mineralization. CO 2 can dissolve in fresh/saline water under typical reservoir pressure and temperatures. Its solubility is dependent...

... ABSTRACT Many mechanisms have been proposed in the literature to explain wettability alteration at low salinity waterflooding. However, no consensus has been reached on which one is the key mechanism in low-salinity enhanced oil recovery. Moreover, these mechanisms are poorly understood...

... callaghan spwla-2023-0112 equation petroleum engineering upstream oil & gas rock type reservoir characterization th annual logging symposium mechanism carbonate SPWLA 64th Annual Logging Symposium, June 10-14, 2023 DOI: 10.30632/SPWLA-2023-0112 DIELECTRIC CHARACTERIZATION OF SURFACE...

.... Corrosion Inhibition Production Chemistry Corrosion Management Artificial Intelligence Upstream Oil & Gas adsorption concentration oilfield chemistry H2S management formation tester experiment mechanism spwla 60 application pressure gauge tool body surface area Halliburton...

... ABSTRACT A new log-visualization approach uses the frequency-domain azimuthal anisotropy algorithm of Collins (2012) to provide insight into the anisotropy mechanism using a continuous log presentation. Conventional cross-dipole azimuthal acoustic anisotropy is processed routinely in the time...

... ABSTRACT Various recovery mechanisms such as gravity drainage, water flooding and miscible injection have historically been implemented in the Prudhoe Bay Field, Alaska, which have changed the initial fluid distribution over most of the reservoir interval. In these areas of altered fluid...

... and laboratory experiments since the middle of the last century. The traditional approach to understand differential sticking phenomenon is to look at the problem from the mechanics and hydraulics perspective. As a result of the learnings, several mitigations were designed and put in place, but well conditions...

... is one of the main gas storage mechanisms and accounts for up to 20% of total gas reserves in TRU and shale reservoirs. The adsorption capacity of shale gas samples is normally characterized by adsorption isotherms, which measure the amount of adsorbate on the adsorbent as a function of externally...

... mechanism hydrocarbon reservoir porosity evaluation Symposium utilization Drilling well logging gas data gas ratio identification indication permeability barrier SPWLA 55th Annual Logging Symposium, May 18-22, 2014 THE APPLICATION OF MUD GAS ANALYSIS IN THE EVALUATION OF A COMPLEX CARBONATE...

.... well logging formation tester sticking formation pressure log analysis critical effect spwla 52 pipe drilling operation differential incident stationary time cable contact area probability Upstream Oil & Gas operator mechanism porosity Symposium Underhill SPWLA 52nd Annual...

... data processing algorithm plays an important role on the accuracy of quantification of petrophysical properties and the resolution of the parameter domain. Upstream Oil & Gas accuracy porosity well logging dimension regularization algorithm frequency mechanism objective log analysis...

... Reservoir Characterization Upstream Oil & Gas log analysis equilibrium well logging mechanism fluid modeling GOR biodegradation work flow reservoir oil column Symposium complexity Scenario prediction Mullin equation of state reservoir fluid gradient variation DFA spwla 49th...

... Characterization seismic measurement mechanism well logging Cuitlahuac Field dispersion curve sonic measurement stress direction sonic tool Schlumberger anisotropy evaluation Upstream Oil & Gas Fast shear azimuth Symposium fracture spwla 47 Mexico crossline energy azimuth shear vibrator...

... formation tester formation pressure formation testing drawdown mechanism application overbalance Symposium log analysis Upstream Oil & Gas formation tester buildup time spwla 46 pressure transient analysis pressure transient testing permeability University schlumberger-riboud product...

... anisotropy is very stable?which is made quite obvious in these data because the tool is continuously rotating in this vertical well. Slowness frequency dispersion analysis is used to identify the mechanism of the anisotropy. In one section, differential horizontal stresses form the mechanism of azimuthal...

... protected by the double heat insulation chambers which are designed to keep the inner temperature below 120°C during 6 hours of operation in a 400°C environment. As memory type tool does not need conductor cable, it is easy to combine with another logging tool. Each tool is just mechanically connected...

... cause of this time dependent decrease of ?t (or increase of velocity) is an increase of effective stress and a concomitant reduction of porosity near the wellbore. log analysis drilling fluid overpressured formation Upstream Oil & Gas well logging mechanism sonic-while-drilling data...