Methanol Purification Version – One Question per Day 20200609
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What are the factors that affect the separation efficiency of a separator? Answer: 1) Temperature, it must be below the critical temperature of methanol; the lower the temperature, the better. 2) Pressure. 3) The quality of the separator’s structure. 4) Appropriate gas flow rate. 5) The level of the liquid in the separator chamber.
Yes: (1) Maximum, minimum, and average oil and gas flow rates； (2) Separation pressure and temperature ； (3) Tendency of the oil-gas mixture to form a slug flow upon entering the separator ； (4) Oil and gas properties ； (5) Crude oil foaming tendency ； (6) Content of solid impurities such as sand and rust; corrosivity of the oil-gas mixture.
(1) Maximum, minimum, and average oil and gas flow rates； (2) Separation pressure and temperature ； (3) Tendency of the oil-gas mixture to form a slug flow upon entering the separator ； (4) Oil and gas properties ； (5) Crude oil foaming tendency ； (6) Content of solid impurities such as sand and rust; corrosivity of the oil-gas mixture.
(1) Maximum, minimum, and average oil and gas flow rates； (2) Separation pressure and temperature ； (3) Tendency of the oil-gas mixture to form a slug flow upon entering the separator ； (4) Oil and gas properties ； (5) Crude oil foaming tendency ； (6) Content of solid impurities such as sand and rust; corrosivity of the oil-gas mixture.
1) Structural parameters of the cyclone separator. The structural type of the inlet, the structure of the exhaust pipe, the height of the centrifuge, etc. (2) Operating conditions. Inlet gas velocity, dust concentration at the gas inlet, gas temperature. (3) Particle properties.
Answer: 1) Temperature, it must be below the critical temperature of methanol; the lower the temperature, the better. 2) Pressure. 3) The quality of the separator’s structure. 4) Appropriate gas flow rate. 5) The level of the liquid in the separator chamber.
(1) Maximum, minimum, and average oil and gas flow rates； (2) Separation pressure and temperature ； (3) Tendency of the oil-gas mixture to form a slug flow upon entering the separator ； (4) Oil and gas properties ； (5) Crude oil foaming tendency ； (6) Content of solid impurities such as sand and rust; corrosivity of the oil-gas mixture.
1) Structural parameters of the cyclone separator. The structural type of the inlet, the structure of the exhaust pipe, the height of the centrifuge, etc. (2) Operating conditions. Inlet gas velocity, dust concentration at the gas inlet, gas temperature. (3) Particle properties.
Answer: 1) Temperature, it must be below the critical temperature of methanol; the lower the temperature, the better. 2) Pressure. 3) The quality of the separator’s structure. 4) Appropriate gas flow rate. 5) Level of the liquid in the separator space
1) Maximum, minimum, and average oil and gas flow rates； (2) Separation pressure and temperature ； (3) Tendency of the oil-gas mixture to form a slug flow upon entering the separator ； (4) Oil and gas properties ； (5) Crude oil foaming tendency ； (6) Content of solid impurities such as sand and rust; corrosivity of the oil-gas mixture.
Yes: (1) Maximum, minimum, and average oil and gas flow rates； (2) Separation pressure and temperature ； (3) Tendency of the oil-gas mixture to form a slug flow upon entering the separator ； (4) Oil and gas properties ； (5) Crude oil foaming tendency ； (6) Content of solid impurities such as sand and rust; corrosivity of the oil-gas mixture.