Hi
I am a student of final year Chemical Engineering ... well I am interested to know how to deal with the mechanical design of pressure vessels (vessels subjected to internal pressure and external pressure) .I have no idea about mechanical design since we have no course which is related to Mechanical Design.
I came to know about different heads while searching on google but I have no idea about them, which one is used for which job, there advantages etc etc .. well I will be really greatfully if anyone help me in this regard s
Even i am doing project on design of filter.so is there any1 who can help in design of filters
Regards
Yash Patel
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Help: Design Of Pressure Vessel...
Started by Guest_pateloryash789_*, Sep 07 2011 06:29 AM
5 replies to this topic
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#1
Guest_pateloryash789_*
Posted 07 September 2011 - 06:29 AM
#2
Posted 07 September 2011 - 07:28 AM
Vessel design is a much neglected subject for chemical engineers since it is still considered by many including yours truly the domain of a mechanical engineer. Although I haven't done any mechanical design including vessel thickness calculations I certainly do know where to get the required information specially for a student.
Following are some resources from which you could get the required information:
1. Process Equipment Design by Brownell & Young (this book was part of the prescribed books during my Chemical Engineering undergraduate course)
2. Pressure Vessel Design Manual by D.R. Moss
Hope this helps.
Regards,
Ankur.
Following are some resources from which you could get the required information:
1. Process Equipment Design by Brownell & Young (this book was part of the prescribed books during my Chemical Engineering undergraduate course)
2. Pressure Vessel Design Manual by D.R. Moss
Hope this helps.
Regards,
Ankur.
#3
Posted 07 September 2011 - 11:27 AM
Another good introductory book is "J.M. Coulson & J.F. Richardson, Chemical Engineering Volume 6", Pergamon Press. Only Chapter 13 concerns "Mechanical Design of Process Equipmant" (90 pages), but rest Chapters may be also of interest.
If the filter is a vacuum drum filter, basics of mechanical design could be found in chapter 13.7 "Design of vessels subject to external pressure".
If the filter is a vacuum drum filter, basics of mechanical design could be found in chapter 13.7 "Design of vessels subject to external pressure".
#4
Posted 10 September 2011 - 11:04 AM
This is a subject I've gone into great detail in prior years in our Forums. If you use our SEARCH feature, you will find the related threads and information therein.
I have never found a better source of design and background information on pressure vessel design than Eugene Megyesy's great and popular classic book, " Pressure Vessel Handbook". I highly recommend you obtain a copy of this book and read it thoroughly. You will find it not only interesting and profitable, but very educational.
I have never found a better source of design and background information on pressure vessel design than Eugene Megyesy's great and popular classic book, " Pressure Vessel Handbook". I highly recommend you obtain a copy of this book and read it thoroughly. You will find it not only interesting and profitable, but very educational.
#5
Guest_pateloryash789_*
Posted 19 September 2011 - 02:24 PM
Need to Design Filter .Where Polypropylene wound cartridge to be fitted. Would you please help me carrying out the design part. Especially length and Diameter of Shell.Please help me out in performing calculations.Since i know now all the basics .but one or the other hand its not getting solved due to lack of knowledge.
If you don’t mind ,would you please solve it for my sake once.
Type: Multiple Elements
Material Removed : PVC Particles
Design Data
Fluid Handled: VCM Vapor + Water Vapor
Flow M3/Hr Normal :318
Maximum:365
Density :2.67 kg/m3
Viscosity : 0.01
Operating Temp:54` C
Operating Pressure: 0.2 kg/cm2
Design Temp :170 `C
Design Pressure: 2.8 kg/cm2
Maximum Allowable Pressure Drop :0.01 kg/cm2
Desired Particle Retention, Filter Mesh to be Used:10 micron
MOC Shell: Carbon Steel
Filter Element: 304 SS
Inlet/Outlet Connections: 6 inch Flange
Vent/Drain Size :1 inch /3 inch
Line size : 6 inch
Clean Pressure drop across the filter: 0.006kg/cm2
Dirty Pressure drop across the filter: 0.02kg/cm2
Size of Filter Element:
ID : 30 mm
OD : 62 mm
Length : 750 mm
Where PP wound filter to be Fitted.
Please help me out.
Regards
Yash Patel
http://yashpatel.co.nr/
If you don’t mind ,would you please solve it for my sake once.
Type: Multiple Elements
Material Removed : PVC Particles
Design Data
Fluid Handled: VCM Vapor + Water Vapor
Flow M3/Hr Normal :318
Maximum:365
Density :2.67 kg/m3
Viscosity : 0.01
Operating Temp:54` C
Operating Pressure: 0.2 kg/cm2
Design Temp :170 `C
Design Pressure: 2.8 kg/cm2
Maximum Allowable Pressure Drop :0.01 kg/cm2
Desired Particle Retention, Filter Mesh to be Used:10 micron
MOC Shell: Carbon Steel
Filter Element: 304 SS
Inlet/Outlet Connections: 6 inch Flange
Vent/Drain Size :1 inch /3 inch
Line size : 6 inch
Clean Pressure drop across the filter: 0.006kg/cm2
Dirty Pressure drop across the filter: 0.02kg/cm2
Size of Filter Element:
ID : 30 mm
OD : 62 mm
Length : 750 mm
Where PP wound filter to be Fitted.
Please help me out.
Regards
Yash Patel
http://yashpatel.co.nr/
#6
Guest_pateloryash789_*
Posted 19 September 2011 - 02:26 PM
Thanx art..Kkala..ankur sir..but still these books have not reach to the success of the answer..please have a look over the query posted above .Please help me in mechanical calculations for the filter housing design
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