Reactor Dimensions: Shell Thickness 10 MM (MOC SS316) Dish Thickness 12 MM
Reactor Dimensions: Shell Thickness 10 MM (MOC SS316) Dish Thickness 12 MM
Reactor Dimensions: Shell Thickness 10 MM (MOC SS316) Dish Thickness 12 MM
Reactor Cylindrical height = 3.165 m Dish height= 0.365 m Reactor Volume =12500 L Shell Thickness = 10 mm (MOC= SS316) 2 Working Pressure = 3.5 Kg/cm Working Temperature = 190 OC Reactor Diameter = 2.11m Reactor working volume = 10500 L
Jacket thickness = 10mm (MOC=MS) Dish Thickness = 12 mm 2 2 Working Pressure = 3.5 Kg/cm Design Pressure = 5.0 Kg/cm Working Temperature = 190 OC Design Temperature = 300 OC Jacket width = 50 mm Distance between Strainers in the jacket = 75-80 mm Jacket Inlet nozzle size (2 Nos) = 80 NB, SCH 40 (top), nozzle length = 150 mm Jacket outlet nozzle (2 Nos) = 80 NB (SCH 40) (bottom), nozzle length =150 mm IMPELLER: Disk Flat Blade Turbine (MOC = SS316) Impeller diameter = 600 mm Disk diameter = 400 mm Disk Thickness = 10 mm Flat blade length = 150 mm Flat blade width = 120 mm Blade Thickness = 10 mm Each impeller contains 6 blades No. of impellers = 3 Distance between Impellers = 1.1m Distance between bottom impeller and reactor bottom = 550mm BAFFLES: Baffle width = 175 mm, Baffle Length = 3.0 m Baffle thickness = 8 mm No. of baffles = 4 Distance between baffles and shell = 30 mm Shaft Diameter = 70 mm (with guiding bush at the bottom) = 95 mm (without having guiding bush) RPM = 60 - 80 Power requirement (min) = 10 HP Specific Gravity of the Mixture = 1.04 to 1.2 Mass of the ingredients = 10800 kg TOP DISH: Man Hole = 500NB/ as per standard (N1) Raw material charging (2 Nos) = 50 NB (N3, N4) Thermo well= 40 NB (N6) View Glass two Nos = 100 NB (N8, N9)
Vapor Nozzle = 400 NB (N2) Condensate return line = 50 NB (N5) Gas Spurger = 40 NB (N7) Spare nozzle = 50 NB (N10)
0.250m
175 mm
150 mm 400 mm 70 mm
120mm
1.1m 2.110m
3.165m
mm
250 mm
N5 N9
N2 N3 N4 N7