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Agitator
Started by swak, Jan 14 2008 03:01 AM
7 replies to this topic
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#1
Posted 14 January 2008 - 03:01 AM
Hi,
I am in design field.
Can you tell me how to design a agitator, which is used in sugar/ethanol plant?
Or give me some general idea about the design of agitator.
I am in design field.
Can you tell me how to design a agitator, which is used in sugar/ethanol plant?
Or give me some general idea about the design of agitator.
#2
Posted 08 February 2008 - 08:12 AM
Dear,
If you are going to design the agitator you must know the following data:
physical properties of the fluid, ( density, viscosity, gravity )
Application ( gas dispersion, blending or suspesion etc. )
Pilot plant data ( Type of impeller, dimensions, power required per m3, if gas dispersion then gas hold up )
For the designing of the agitator we must know its application for the perpose we are going to use
Power no. is very important while designing and it is depends on the resistance to the flow by its shape
Foe eg.
If I want to design an agitator for the gas dispersion reaction the I must have to decide the right impeller ( like chemineer BT-6 ( curve blade disc turbine ), turbine-disc impeller etc.)
which having the power no. in the range of 3.5 to 5
then you can calculate the power requirement by:
Q = Np . row. N^3. Da^5
Np = Power no.
row = density Kg/ m3
N = RPM
Da = impeller Dia m
Q = KW
Regards
Arvind Pawshe
If you are going to design the agitator you must know the following data:
physical properties of the fluid, ( density, viscosity, gravity )
Application ( gas dispersion, blending or suspesion etc. )
Pilot plant data ( Type of impeller, dimensions, power required per m3, if gas dispersion then gas hold up )
For the designing of the agitator we must know its application for the perpose we are going to use
Power no. is very important while designing and it is depends on the resistance to the flow by its shape
Foe eg.
If I want to design an agitator for the gas dispersion reaction the I must have to decide the right impeller ( like chemineer BT-6 ( curve blade disc turbine ), turbine-disc impeller etc.)
which having the power no. in the range of 3.5 to 5
then you can calculate the power requirement by:
Q = Np . row. N^3. Da^5
Np = Power no.
row = density Kg/ m3
N = RPM
Da = impeller Dia m
Q = KW
Regards
Arvind Pawshe
#3
Posted 29 February 2008 - 06:28 AM
Go to this site and you will find everything you need.
www.postmixing.com
ADL
www.postmixing.com
ADL
#4
Posted 17 March 2008 - 05:52 AM
Hi all....
Im in design field of boilers and i need to know how to calculate the power of the agitator so that accordingly i can select the power of my pump...
Can anyone help me in dis concer....
Im in design field of boilers and i need to know how to calculate the power of the agitator so that accordingly i can select the power of my pump...
Can anyone help me in dis concer....
#5
Posted 09 April 2008 - 07:38 AM
hi guys....m working for a company manufacturing process equipments..
It will be very useful if some1 can provide me with an excel-sheet for design of an agitator-pitched blade type...
It will be very useful if some1 can provide me with an excel-sheet for design of an agitator-pitched blade type...
#6
Posted 10 April 2008 - 02:49 AM
QUOTE (Tamil kumaran @ Mar 17 2008, 05:52 AM) <{POST_SNAPBACK}>
Hi all....
Im in design field of boilers and i need to know how to calculate the power of the agitator so that accordingly i can select the power of my pump...
Can anyone help me in dis concer....
Im in design field of boilers and i need to know how to calculate the power of the agitator so that accordingly i can select the power of my pump...
Can anyone help me in dis concer....
Dear Tamil,
can you please explain me the relation between the tank agitator and pump ??????????????????
#7
Posted 11 April 2008 - 04:38 AM
Hi
an excellent book on mixing:
Handbook of Industrial Mixing: Science and Practice, Edited by Edward L. Paul,
Victor A. Atiemo-Obeng, and Suzanne M. Kresta
ISBN 0-471-26919-0 Copyright 2004 John Wiley & Sons, Inc.
regards,
srt.
an excellent book on mixing:
Handbook of Industrial Mixing: Science and Practice, Edited by Edward L. Paul,
Victor A. Atiemo-Obeng, and Suzanne M. Kresta
ISBN 0-471-26919-0 Copyright 2004 John Wiley & Sons, Inc.
regards,
srt.
#8
Posted 13 April 2008 - 06:28 AM
HI!
I have attached a basic article on agitator design, which will be helpful for designers.
courtesy:MIXING SOLUTIONS.
goodday
srt.
I have attached a basic article on agitator design, which will be helpful for designers.
courtesy:MIXING SOLUTIONS.
goodday
srt.
Attached Files
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