The above calculation is applicable to water jets also, Only thing is try to divide the final pump capacity with the pump efficiency to get the actual capacity
@mateuszguz6174, thanks for going through our content, Dividing Kg with g/mole will gives us KMoles Molecular weight is nothing but weight per gram moles, Here grams are the units of weight, Hence both can be correlated Keep on visiting😊
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thank u sir,
u have exlaned very well
real method of teaching.
now sir how to calculate water jet pump capacity required for above calculation?
The above calculation is applicable to water jets also,
Only thing is try to divide the final pump capacity with the pump efficiency to get the actual capacity
Sir, for calculating the moles per hour in each case you have divided Kg/hr by g/mole. But i think we have to divide kg/hr by kg/mole. Please clarify.
It's kg/kmole and the same has been considered in the final equation.
@@pharmaengineering thank you..😊
How can calculate vacuum pump capacity
I have a one dought bro why are you taking both different mole values as methanol and HCl
Methanol is carryover load, HCl is non condensable load
How to calulate vaccum pump capacity ..... for 5m3 reactor to suck material from 2 m3 side pot
How to calibrate horizontal tank calculation please sir
What is HVDP pump including with booster
Which type of vacuum pump is best as you have mentioned around 25second
Usually dry screw vacuum pumps will have high efficiency, but the capacity has to be identified depending on the system volume
why was the constant 1.33 multiplied with P ??
It's a conversion factor,
1 torr = 1.33 mbar
Booster pump capacity calculation required
Why are we converting torr into mbar
To match with the units of other parameters
Why are you dividing kg by g/mole? It's not the same mass unit therefore I believe your calculation is wrong.
@mateuszguz6174, thanks for going through our content,
Dividing Kg with g/mole will gives us KMoles
Molecular weight is nothing but weight per gram moles, Here grams are the units of weight,
Hence both can be correlated
Keep on visiting😊
@@pharmaengineering oh I see. I just got confused since you labelled everything as just mol instead of kmol. Thank you for your explanation 😊