Methanol Purification Version – One Question per Day 20200823
Thread Content
What are the reasons for liquid present at the outlet of the separator? How should it be dealt with? (1) If the liquid level in the separator is too high, the discharge valve should be opened to lower the level. (2) The gas velocity entering the separator is too high, preventing the methanol droplets from separating in time. The gas velocity should be reduced. (3) Poor separation efficiency, equipment failure; resolved after shutdown.
(1) The level of liquid in the separator is too high; the discharge valve should be opened to lower the level. (2) The gas velocity entering the separator is too high, preventing the methanol droplets from separating in time. The gas velocity should be reduced. (3) The temperature entering the separator is too high, preventing the methanol droplets from separating in time. The temperature of the medium entering the separator should be reduced. (4) The separator has insufficient capacity. Replace the separator. (5) The structure design of the separator is unreasonable, resulting in poor separation efficiency. Redesigned to improve the internal structure and enhance separation efficiency.
(1) The level of liquid in the separator is too high; the discharge valve should be opened to lower the level. (2) The gas velocity entering the separator is too high, preventing the methanol droplets from separating in time. The gas velocity should be reduced. (3) The temperature entering the separator is too high, preventing the methanol droplets from separating in time. The temperature of the medium entering the separator should be reduced. (4) The separator has insufficient capacity. Replace the separator. (5) The structure design of the separator is unreasonable, resulting in poor separation efficiency. Redesigned to improve the internal structure and enhance separation efficiency.
(1) The level of liquid in the separator is too high; the discharge valve should be opened to lower the level. (2) The gas velocity entering the separator is too high, preventing the methanol droplets from separating in time. The gas velocity should be reduced. (3) The temperature entering the separator is too high, preventing the methanol droplets from separating in time. The temperature of the medium entering the separator should be reduced. (4) The separator has insufficient capacity. Replace the separator. (5) The structure design of the separator is unreasonable, resulting in poor separation efficiency. Redesigned to improve the internal structure and enhance separation efficiency.
??(1) The level of liquid in the separator is too high; the discharge valve should be opened to lower the level. ??(2) The gas velocity entering the separator is too high, preventing the methanol droplets from separating in time. The gas velocity should be reduced. (3) The temperature entering the separator is too high, preventing the methanol droplets from separating in time. The temperature of the medium entering the separator should be reduced. (4) The separator has insufficient capacity. Replace the separator. (5) The structure design of the separator is unreasonable, resulting in poor separation efficiency. Redesigned to improve the internal structure and enhance separation efficiency.
??(1) The level of liquid in the separator is too high; the discharge valve should be opened to lower the level. ??(2) The gas velocity entering the separator is too high, preventing the methanol droplets from separating in time. The gas velocity should be reduced. (3) The temperature entering the separator is too high, preventing the methanol droplets from separating in time. The temperature of the medium entering the separator should be reduced. (4) The separator has insufficient capacity. Replace the separator. (5) The structure design of the separator is unreasonable, resulting in poor separation efficiency. Redesigned to improve the internal structure and enhance separation efficiency.
(1) The level of liquid in the separator is too high; the discharge valve should be opened to lower the level. (2) The gas velocity entering the separator is too high, preventing the methanol droplets from separating in time. The gas velocity should be reduced. (3) The temperature entering the separator is too high, preventing the methanol droplets from separating in time. The temperature of the medium entering the separator should be reduced. (4) The separator has insufficient capacity. Replace the separator. (5) The structure design of the separator is unreasonable, resulting in poor separation efficiency. Redesigned to improve the internal structure and enhance separation efficiency.
(1) The level of liquid in the separator is too high; the discharge valve should be opened to lower the level. (2) The gas velocity entering the separator is too high, preventing the methanol droplets from separating in time. The gas velocity should be reduced. (3) The temperature entering the separator is too high, preventing the methanol droplets from separating in time. The temperature of the medium entering the separator should be reduced. (4) The separator has insufficient capacity. Replace the separator. (5) The structure design of the separator is unreasonable, resulting in poor separation efficiency. Redesigned to improve the internal structure and enhance separation efficiency.
(1) The level of liquid in the separator is too high; the discharge valve should be opened to lower the level. (2) The gas velocity entering the separator is too high, preventing the methanol droplets from separating in time. The gas velocity should be reduced. (3) The temperature entering the separator is too high, preventing the methanol droplets from separating in time. The temperature of the medium entering the separator should be reduced. (4) The separator has insufficient capacity. Replace the separator. (5) The structure design of the separator is unreasonable, resulting in poor separation efficiency. Redesigned to improve the internal structure and enhance separation efficiency.
??(1) The level of liquid in the separator is too high; the discharge valve should be opened to lower the level. ??(2) The gas velocity entering the separator is too high, preventing the methanol droplets from separating in time. The gas velocity should be reduced. (3) The temperature entering the separator is too high, preventing the methanol droplets from separating in time. The temperature of the medium entering the separator should be reduced. (4) The separator has insufficient capacity. Replace the separator. (5) The structure design of the separator is unreasonable, resulting in poor separation efficiency. Redesigned to improve the internal structure and enhance separation efficiency.
(1) The separator level is too high. The discharge valve should be opened to lower the liquid level. (2) The gas velocity entering the separator is too high, preventing the methanol droplets from separating in time. The gas velocity should be reduced. (3) The temperature entering the separator is too high, preventing the methanol droplets from separating in time. The temperature of the medium entering the separator should be reduced. (4) The separator has insufficient capacity. Replace the separator. (5) The structure design of the separator is unreasonable, resulting in poor separation efficiency. Redesigned to improve the internal structure and enhance separation efficiency.