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FLASH TANK CALCULATION
Give Inputs in Yellow colour cells only
S.NO
Description
Values
UOM
1
Flash Tank Inlet Juice Quantity (M )
T/hr
2
Juice inlet temperature ( Ti )
o
C
3
Juice outlet temperature (To )
o
C
4
Specific Heat of the juice (Cp)
Kcal/Kg
4
Juice density (ρ
L
)
kg/M
3
5
Flash Vapour Density(ρ
V
)
kg/M
3
6
Juice inlet velocity
m/sec
7
Juice outlet velocity
m/sec
8
Flash vapour velocity in vent
m/sec
11
C = coefficient
Author:
Refer peter rein page no. 214
m/sec
9
Specific volume of vapour
Author:
Take Specific volume for Avg temp. of vapour and juice
M
3
/kg
10
Latent Heat of flash vapour (
λ
)
home:
Taken for juice inlet temperature
Kcal/Kg
Result
S.NO
Description
Values
UOM
1
Velocity of flash vapour in flash tank
Author:
Umax = C x [ (ρ L – ρV)/ ρV]0.5
m/sec
2
Flash vapour Quantity
Author:
[ M x Cp x (Ti-To)]/ λ
Its comes in T/hr than it is to be converted into M3/sec by using specific volume of vapour
M
3
/sec
3
Flash Tank Juice inlet Dia
Author:
By using general formula Q = AV ( V = juice inlet velocity and Q = Qty of juice inlet)
mm
Say
mm
4
Flash tank Dia
Author:
By using general formula Q = AV ( V = Velocity of flash vapour in flash tank and Q = Qty of flash vapour)
mm
Say
mm
5
Flash tank Vapour Vent Pipe Dia
Author:
By using general formula Q = AV ( V = flash vapour velocity in vent pipe and Q = Qty of flash vapour)
mm
Say
mm
6
Flash tank juice outlet Dia
Author:
Q = AV ( Q= Qty of juice and V = Velocity of juice outlet) or can be calculate
D > 1.116 (Q)0.4
mm
By D > 1.116 (Q)
0.4
mm
By Q = AV
Say
mm
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It is a On-line calculator allowing for evaluating only. If you will give input values in yellow colour cells than you will get remaining values automatically. It also provided print option as well as reset options
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