... pressure mechanism nanoparticle enhanced recovery oilfield chemistry asphaltene remediation remediation of hydrates decline curve basin well operator deposit hydrate remediation hydrate inhibition upstream oil & gas presented crude oil nanofluid treatment tailored metal oxide...

...URTeC: 5216 An Experimental Investigation Demonstrating Enhanced Oil Recovery in Tight Rocks Using Mixtures of Gases and Nanoparticles Zach Quintanilla*1, Williams Ozowe1, Rod Russell1, Mukul Sharma1, Robin Watts2, Frank Fitch2, Yusra Khan Ahmad3 , 1. The University of Texas at Austin, 2. Messer...

... in a rapid and efficient manner. In this study, atomic force microscopy, a high-resolution scanning tool, was used to characterize adhesion changes which directly relates to the surface energy released in process of wetting. Dispersions of 8-nm sized silicon dioxide nanoparticles were used as nanofluids...

... mikhaltsevitch Upstream Oil & Gas Berea sandstone schaef metamaterial contrast agent fracture network monitoring geophysical monitoring nanoparticle co 2 sandstone contrast agent Reservoir Characterization attenuation experiment deionized water transmission loss mof...

... Abstract The utilization of synergistic mixtures of nanoparticles (NPs) and surfactants for enhanced oil recovery (EOR) has drawn increasing scientific attention. In this study, a series of coarse-grained (CG) molecular dynamics (MD) models were built to study the behaviors of NPs...

... ultimately determine the flow properties of the rock. We here report on experimental probing of the pore-scale mudrock wettability. The pores of mudrocks are typically smaller than 100 nm, and observing fluid behavior at this scale can be exceeding difficult. Here we use water suspensions of nanoparticles...

... Artificial Intelligence Upstream Oil & Gas fracturing materials silica nanoparticle fracturing fluid emulsion proppant microencapsulated acid hydraulic fracturing Mohanty acid concentration shale conductivity nanoparticle acid treatment powder surface roughness experiment...

... economics porosity bse right nanoparticle higher magnification sei image ion-milled sample shale sample OM structure pore maturity co 2-tol cleaning ro eq information fresh cleavage sample URTeC Control ID shrinkage URTeC Control ID Number: 2456170 Understanding Organic Matter Structural...

... SPE 168799 / URTeC 1581549 High-Performance Water-Based Mud Using Nanoparticles for Shale Reservoirs Chang Min Jung*, The University of Texas at Austin; Rui Zhang, China University of Petroleum; Martin Chenevert, Mukul Sharma; The University of Texas at Austin Copyright 2013, Unconventional...