How MULTIPHASE PUMP IN OVERCOMING CRUDE OIL AND NATURAL GAS MIXTURE SLUGGING PROBLEMS?
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Multiphase pumps are designed to overcome the slugging problems associated with the mixture of crude oil and natural gas. The integrated spiral axial flow type oil-gas multiphase pump enhances stability during operation and improves the conveying capacity by prolonging the retention time of oil and gas in the transition flow channel . The optimization of a rotodynamic multiphase pump using CFD technology improves the head and efficiency indices, eliminating gas accumulation and improving pumping performance . The oil-gas multiphase pump with two rotating shafts and eccentric bearing pedestals solves the problem of single pipeline multiphase transmission by achieving pressurization and long-distance multistage transportation . The test and pressure regulating system for an oil-gas multiphase pump ensures accurate pressure regulation, solving problems such as vibration and air blockage during testing . The eccentric multiphase oil-gas transportation pump enables the independent pressurization and long-distance transportation of crude oil and natural gas, reducing wellhead back pressure and addressing associated gas recycling concerns .
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| The provided paper does not mention how a multiphase pump overcomes crude oil and natural gas mixture slugging problems. | |
| The provided paper does not mention how the oil-gas multiphase pump overcomes crude oil and natural gas mixture slugging problems. | |
13 Aug 2021 8 Citations | The provided paper does not specifically address the issue of crude oil and natural gas mixture slugging problems. The paper focuses on improving the transport performance of a multiphase pump for a gas-liquid mixture through optimization techniques. |
| The provided paper does not specifically mention how the integrated spiral axial flow type oil-gas multiphase pump overcomes crude oil and natural gas mixture slugging problems. |
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