Gas Slippage at Cooper Parker blog

Gas Slippage. The gse in coal with different vitrinite reflectance is mostly govern by the pore diameter distribution of coal. The slippage coefficient of different gases is obtained. Relative permeabilities are factual data necessary to any prediction of reservoir production behavior. The gas slippage effect is a phenomenon that describes the slippage of gas molecules on the surface of the porous media. Here we perform laboratory experiments. The slippage parameter of gas is consistent with the evolution law of coal pore structures during coal metamorphism. The phenomenon of gas slippage occurs when the diameter of the capillary opening approaches the mean free path of the gas. The coupled effect of gas slippage and effective stress on shale permeability remains unclear. As mentioned before in flowing of the gas through the porous media the velocity at the solid wall cannot, in general, be considered zero, but a so called “slip” or “drift” velocity at the wall must be taken into. Gas molecules “slip” above the walls of pore network to boost the gas transport and the permeability, therefore, resulting in the deviation.

Relative permeabilities are factual data necessary to any prediction of reservoir production behavior. Here we perform laboratory experiments. The coupled effect of gas slippage and effective stress on shale permeability remains unclear. The slippage coefficient of different gases is obtained. Gas molecules “slip” above the walls of pore network to boost the gas transport and the permeability, therefore, resulting in the deviation. The slippage parameter of gas is consistent with the evolution law of coal pore structures during coal metamorphism. The gas slippage effect is a phenomenon that describes the slippage of gas molecules on the surface of the porous media. As mentioned before in flowing of the gas through the porous media the velocity at the solid wall cannot, in general, be considered zero, but a so called “slip” or “drift” velocity at the wall must be taken into. The phenomenon of gas slippage occurs when the diameter of the capillary opening approaches the mean free path of the gas. The gse in coal with different vitrinite reflectance is mostly govern by the pore diameter distribution of coal.

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Gas Slippage The slippage coefficient of different gases is obtained. Here we perform laboratory experiments. Relative permeabilities are factual data necessary to any prediction of reservoir production behavior. The slippage coefficient of different gases is obtained. The slippage parameter of gas is consistent with the evolution law of coal pore structures during coal metamorphism. As mentioned before in flowing of the gas through the porous media the velocity at the solid wall cannot, in general, be considered zero, but a so called “slip” or “drift” velocity at the wall must be taken into. Gas molecules “slip” above the walls of pore network to boost the gas transport and the permeability, therefore, resulting in the deviation. The gse in coal with different vitrinite reflectance is mostly govern by the pore diameter distribution of coal. The gas slippage effect is a phenomenon that describes the slippage of gas molecules on the surface of the porous media. The coupled effect of gas slippage and effective stress on shale permeability remains unclear. The phenomenon of gas slippage occurs when the diameter of the capillary opening approaches the mean free path of the gas.