... EDFM ensures physical fidelity when fractures are orders of magnitude more conductive than their host matrix cells, as fluids will preferentially flow through the connections of the former (depicted as green in Figure 1 ). Since these connections represent the path of least resistance, the fluid...

... core analysis saturation micropore thamama zone 1 drillstem/well testing rock type log analysis zone 1 exponent zone 2 fluid dynamics geology artificial intelligence reservoir characterization correlation cementation exponent drillstem testing well logging conductivity prediction...

... em resistivity permeability invasion resistivity measurement laterolog resistivity reservoir conductivity inversion formation resistivity transmitter receiver lwd log analysis geological subdiscipline resistivity tool boundary deep resistivity true formation resistivity evaluation...

... conductivity are the two main components needed to improve frac and well performance. To win these surface and subsurface challenges the industry has developed and implemented many methodologies with a variable range of success rate. One of these techniques, chosen for the trials described in this paper...

.... Experimental evaluation of conductivity of quartz sand micro-proppant In the experiments, we selected the fine sand from a quartz sand mine in Chifeng, Inner Mongolia. The 140 mesh, 160 mesh, 180 mesh, 200 mesh national standard quartz sand standard sieves, along with the customized 240 mesh and 300 mesh...

... geologist asia government log analysis upstream oil & gas mineral reservoir geomechanics resistivity simulation geology saturation geological subdiscipline conductivity brine hydrocarbon workflow lattice-boltzmann simulation united states government well logging...

... of the nano-composite crosslinked system with the similar crosslinked fluid without adding nanosheets, such as rheology properties, drag reduction efficiency, proppant suspension and retained conductivity. The obtained experimental results have shown that the thermal stability of the nano-composite...

... reservoir fracture ccus conductivity Introduction Carbon Capture, Utilization and Storage (CCUS) continues to evolve rapidly around the world. Under our base case energy transition scenario, the call on storage capacity needed by 2030 ranges between 7 billion and 22 billion tones of CO 2e (based...

... and conductivity changes with frequency, a Dielectric dispersion measurement is possible with a multi-frequency dielectric device ( Hizem et al. 2008 ) incorporated in this work. Integration with Nuclear Spectroscopy data enables robust water filled porosity computation and water saturation in Vaca Muerta...

... the relationship between rock hardness and resistance to erosion. Recently, the impact of rock hardness on several reservoir features was analyzed. Hassan et al. (2022b) studied the impact of rock hardness on fracture conductivity. They observed that the rock hardness can significantly affect the fracture...

... technology in Sulige tight gas field through a 7-year trial. Unlike the homogeneous proppant pack created in a conventional fracturing job, channel fracturing makes open and highly conductive channels by forming proppant pillars in the fracture through pumping proppant-laden fluid and proppant-free fluid...

... or sophisticated technology. (Equation-4 Fracture dimension less conductivity) F c D = k f   x   w f K   x   X f Also, for extremely low permeability, fracture length becomes more desirable than fracture conductivity and the production becomes function of the length...

... technology kpa wastewater vsa wastewater conductivity geologist asia government produced water management and control characteristic pollution characteristic vibration toc downstream oil & gas mineral data quality bod 5 evaporative desalination venturi scrubber concentration reuse...

... type log analysis conductivity porosity inlet flow in porous media reservoir characterization il-100md displacement imaginary permittivity mineral well logging wirr pore il-20md clastic rock complex reservoir sandstone saturation permittivity variation el-husseiny mahmoud journal...

... Each layer j = 1 or 2 is characterized by the properties: h j – thickness in the z direction, ϕ j – porosity, K j – permeability, and α lj and α tj – longitudinal and transverse thermal diffusivity. Respectively, α lj and α tj are ratios of thermal conductivity...

... in Ecuador, where an effective high conductivity (high proppant concentration) fracture is required to enhance productivity because of low reservoir pressure and high permeability. Hydraulic fracturing is a proven technology used in the Oriente Basin with three challenges that remain constant (1) maximize...

...Introduction hydraulic fracturing diversion permeability drillstem testing foam gelled acid 40 in-situ crosslinked acid 40 upstream oil & gas fracture main frac acid 25 energized-fracturing technology drillstem/well testing conductivity acid acid 40 tight reservoir unlock...

... bearing performance improvement upstream oil & gas sustainable development additive manufacturing bearing design conductivity simulation topological optimization sustainability figure 7 carbon footprint reduction reduction configuration bearing application application steel Thrust...

... compressed gas in the liquid CO 2 , fluid loss control that is provided by foam, minimized fracture conductivity damage, and higher hydrostatic pressure while pumping that translates to lower surface pressures during injection. The pad fluid system used as part of the fracturing technique is among...

...; grainstone areas could be less permeable due to cementation of the pore space and packestone areas could be more permeable. Similarly, in bioclastic limestone, shell fragments are resistive and dense (appear as resistive spots or patches) while the leached parts of the same shells could be conductive...