I would like to ask about domestic (or Goudry) 70m3 PVC polymerization reactors
Thread Content
Cased internal cooling tube: What are the outer and inner diameters of the outer ring? What are the outer and inner diameters of the inner ring?
I’d like to ask again, hoping to get more accurate data
FIC—PX04 Flow rate of water injected at the top of the polymerization tank, m3/h: 0.8-1.1
PI—PX51 Pressure of water injected at the top of the polymerization tank, MPa: 1.2-1.5
FT—PX05 Flow rate of water used for shaft seal injection in the polymerization tank, m3/h: 0.5
PT—PX01 Operating pressure of the polymerization tank, MPa: 0.75-0.9
TIC—PX01 Temperature at the bottom of the polymerization tank, °C: 55-60
TIC—PX09 Temperature of the water in the jacket of the polymerization tank, °C: ≤30
FE—PX01 Flow rate of cooling water used for cooling the baffle in the polymerization tank, m3/h: ≤150
FE—PX02 Flow rate of cooling water used to cool the jacket of the polymerization tank, m3/h: ≤150
FQI—BD01 Flow rate of slurry discharged from the polymerization tank PLY—1E/2E/3E/4E/5E, m3/h: 100-150
FQI—BD02 Flow rate of slurry discharged from the polymerization tank PLY—1E/2E/3E/4E/5E, m3/h: 100-150
PI—PX51 Pressure of water injected at the top of the polymerization tank, MPa: 1.2-1.5
FT—PX05 Flow rate of water used for shaft seal injection in the polymerization tank, m3/h: 0.5
PT—PX01 Operating pressure of the polymerization tank, MPa: 0.75-0.9
TIC—PX01 Temperature at the bottom of the polymerization tank, °C: 55-60
TIC—PX09 Temperature of the water in the jacket of the polymerization tank, °C: ≤30
FE—PX01 Flow rate of cooling water used for cooling the baffle in the polymerization tank, m3/h: ≤150
FE—PX02 Flow rate of cooling water used to cool the jacket of the polymerization tank, m3/h: ≤150
FQI—BD01 Flow rate of slurry discharged from the polymerization tank PLY—1E/2E/3E/4E/5E, m3/h: 100-150
FQI—BD02 Flow rate of slurry discharged from the polymerization tank PLY—1E/2E/3E/4E/5E, m3/h: 100-150
The person on the 3rd floor explained it in too much detail! I’ll learn from you!*