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Process Data: Cooling Heating
Rheology of
Process Fluid:
Newtonian Non-Newtonian
Heat of Reaction (kW): Normal
Heat of Evaporation (J/kg): Normal
Heat Capacity (kW): Normal


PROCESS FLUID
PARAMETER UNIT INLET OUTLET
Name of Fluid
 
Flow Total
kg/hr
Normal
Normal
Liquid Part
kg/hr
Normal
Normal
Vapour Part
kg/hr
Normal
Normal
Temperature
°C
Normal
Normal
Density
kg/M3
Normal
Normal
Viscosity (FI)
mPa.s
Normal
Normal
Viscosity
(at T Wall)
mPa.s
Normal
Normal
Specific Heat
J/kgK
Normal
Normal
Heat Conductivity
W/mK
Normal
Normal
Pressure
(Inlet)
bar(a)
Normal
Pressure Drop
(Allow)
bar
Normal
Fouling
 

SERVICE FLUID
PARAMETER UNIT INLET OUTLET
Name of Fluid
 
Flow Total
kg/hr
Normal
Normal
Liquid Part
kg/hr
Normal
Normal
Vapour Part
kg/hr
Normal
Normal
Temperature
oC
Normal
Normal
Density
kg/M3
Normal
Normal
Viscosity (FI)
mPa.s
Normal
Normal
Viscosity
(at T Wall)
mPa.s
Normal
Normal
Specific Heat
J/kgK
Normal
Normal
Heat Conductivity
W/mK
Normal
Normal
Pressure
(Inlet)
bar(a)
Normal
Pressure Drop
(Allow)
bar
Normal
Fouling
 

MECHANICAL DATA 1:
PARAMETER UNIT PROCESS FLUID SERVICE FLUID
Design Pressure
bar(a)
Normal
Normal
Design Temperature
°C
Normal
Normal
Material of
Construction
 
Corrosion Allowance
mm
Normal
Normal
Nozzle Inlet / Outlet
(Type & Size)
 
Nozzle Drainage /
Venting (Type & Size)
 

MECHANICAL DATA 2:
PARAMETER  
Orientation & Support
Horizontal
Vertical
Legs/Supports
Type of Heat & Exchanger
Single Pipe
Shell & Tube
MR
Assembly of Mixing
Elements
Removable
Non-Removable
 
Max. Total Size of
Heat Exchanger
(mm)
Length
Diameter

Comments / Additional information