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Reactor Dimensions: Shell Thickness 10 MM (MOC SS316) Dish Thickness 12 MM

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REACTOR DIMENSIONS

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

Dish Thickness = 12 mm 2 Design Pressure = 5.0 Kg/cm Design Temperature = 300 OC

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

0.55m 0.335m 80 NB flush bottom valve

250 mm

N5 N9

N2 N3 N4 N7

N10 Nozzle positions N8 N6 N1

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