... workflow was not robust enough in capturing the actual properties of the laminated sand shale (LSS) reservoirs in S-field. As a result, the estimated permeability did not match the core permeability and required a significantly high multipliers in the dynamic model and the calculated saturation failed...

... deep learning symbolic regression core image flow in porous media fluid dynamics geometric mean prediction permeability prediction workflow capillary pressure offshore technology conference huge core analysis legacy data reservoir property core data artificial intelligence upstream oil...

... mineral oil completion psd distribution reservoir mastercurve downhole sand control permeability Introduction PTTEP's Block H Gas Development is a multi-field phased subsea development designed to deliver gas to the PETRONAS’ second FLNG project known as PFLNG2. The Block H Field is located...

... Abstract Permeability determination is critical in understanding the viability of a project as it is often used as an economic indicator in the infill well placement, production strategy and enhanced oil recovery strategies. Often, well tests are planned, and core analysis are performed...

... Abstract A novel apparent permeability model of shale gas is derived considering the stress dependence, the thickness of adsorbed layer, slip flow, Knudsen diffusion and surface diffusion. The thickness of the adsorbed layer is derived according to the porosity occupied by the adsorbed phase...

... damage study is divided into three sections: the field background review, the potential formation damage identification, and the evaluation of the best acid treatment recipe for S field formations. Core samples from a wide range of mineralogy, permeability, pore distributions and porosity were evaluated...

... of subsequent injected water by plugging the high permeability layer or large pores, improving the water injection profile, and increasing the formation water retention rate, so as to expand the swept volume. Therefore, profile controlling technology has always been an important method water control and oil...

... characterization oil shale thickness shale play energy economics thermal maturity mineral permeability basin hydrocarbon toc complex reservoir evaluation unconventional resource economics unconventional play organic matter maturity supercharge factor source rock Introduction Evaluation...

... for each reservoir. The article dwells on the first case of separate production allocation in a multilateral well completed with the TAML-1 solution. The well penetrates two reservoirs with different porosity and permeability, using the dynamic quantum PLT technology. The well was drilled taking...

... located in Offshore Northwest Java, Indonesia. Field structure is composed of multiple reservoir sandstones with interlayer shales. Two sandstone units with gross thicknesses up to 60 feet, effective porosity of 15% and permeability of 8 mD were targeted for hydraulic fracturing. An integrated approach...

... Abstract Reservoir heat treatment (RHT) can improve rock seepage capacity. Recently, it has been considered as a potential technology to enhance unconventional oil and gas recovery. This work presents a permeability evolution model to describe the thermal cracking effects of double-porosity...

... testing northern part pressure transient analysis upstream oil & gas wellbore storage effect jda area boundary offshore technology conference complete sequence fault block operation perforation east fault block muffin-x permeability INTRODUCTION AND OVERVIEW The JDA area...

... Abstract This paper aims to quantify microporosity and access its impact on reservoir quality properties, to identify Hydraulic Flow Units (HFU) using core porosity and permeability data, to predict HFU and accurately estimate permeability in un-cored intervals/wells. Mercury Injection...

... in future and the storage mechanism, i.e., structural, solubility, residual, and mineralized trapping. It also provided realistic storage capacity estimation, incorporating reservoir compaction and porosity/permeability changes. The study indicates deficient localized plastic shear strain in overburden...

.... In this study, a comprehensive investigation on the CO 2 injectivity change of different injection flow rates and brine salinity was performed using core flooding experiments, permeability change prediction using (Kozeny-Carman and Hagen-Poiseuille models) and artificial neural network model (ANN). Core...

... Abstract This study presents the coreflooding experiments to evaluate the performance of PAM/PEI polymer gels as conformance control agent in porous media. The experiments were designed to investigate the effectiveness of PAM/PEI polymer gels to block a high permeability zone and to divert...

... expected production rates were associated a water-impermeable SBM DIF filter cake and solids residue resulting from a conventional breaker system being unable to fully remove emulsion damage and effectively disrupt the filtercake. A series of laboratory tests for return permeability using formation cores...

..., and tested in single-phase and two-phase flow scenarios, simulating a water-wet fractured system. First, a single-phase flow waterflood baseline was studied, compared to the literature, verified by commercial reservoir simulation software, and eventually considered to calibrate the porosity and permeability...

... provides enduring zonal isolation. Properties investigated included permeability, porosity, mass evolution, CO 2 degradation front, and compressive strength. Given its superior mechanical properties, the novel CO 2 -resistant cement system was selected for use in the first Australian offshore CCS Gular-1...

..., an accurate method is required to ensure hydrocarbon development is effective and efficient. Challenges in the characterization of the carbonate are related to rock type and porosity. The permeability of rocks cannot be determined only by porosity. The method that can be used to determine rock type and rock...