Dear Sir

Can u send me Dense phase Ash Handling calculation in excel format.

Neet Chandra

Project Engineer ■

Dear Amrit

may I have a pdf copy of your article

" Theory and Design of Pneumatic Conveying Systems" as published in the April 2005 issue of Powder Handling Magazine.?

please send it to my email muhsenteam@hotmail.com

thank you very much!

Best regards ■

Dear Mr. Amrit

Sir can you send me the formula to calculate dense phase system for my study..thanks. ■

Dear Amrit

may I have a pdf copy of your article

" Theory and Design of Pneumatic Conveying Systems" as published in the April 2005 issue of Powder Handling Magazine.?

and could you kindly forward your excel files to my e-mail

muhsenteam@hotmail.com

thank you very much!

Best regards ■

Respected Mr Amrit Agarwal

Will it possible to email me your article Theory and Design of Pneumatic Conveying Systems" as published in the April 2005 issue of Powder Handling Magazine and the excel worksheet for the Dilute Phase Pneumatic conveying. It will be of great help to trouble shoot PP Pellet conveying system (Details available on Pneumatic Coveying Forum).

Thanks n Warm Regards

Tima

shubhra@pacific.net.sg ■

Dear Amrit

I've been sent you three emails! probably you are very busy or my emails dose not reach you.

May I have a pdf copy of your article

" Theory and Design of Pneumatic Conveying Systems" as published in the April 2005 issue of Powder Handling Magazine.?

and could you kindly forward your excel files to my e-mail

I know that you are very pusy and important person, but I need your help .

thank you very much.

Best regards

my email :muhsenteam@hotmail.com ■

Teus Tuinenburg

Can you provide me with info regarding calculations associated with dilute phase pneumatic conveying, including corollaries and there decendance/proofs? Or books/journals/articles addressing this topic

my email :muhsenteam@hotmail.com ■

Dr David Mills

Can you provide me with info regarding calculations associated with dilute phase pneumatic conveying, including corollaries and there decendance/proofs? Or books/journals/articles addressing this topic

my email :muhsenteam@hotmail.com ■

Hello Everybody,

First of all sorry about my english (I speak spanish).

I work in a thermoelectrical power plant and we are installing a new vacuum ash handling system for the fly ash, I need to check the design for the propper selection of the pipe diameter, route, pressure drop and conveying capacity of the system but I can't find any information about how to do it.

I would precciate if anyone can send me the article "Theory and Design of dilute Phase Pneumatic conveying Systems" or give me any information of how to get it because i think it will help me a lot with my task.

Thank's for your time ■

Hello Mr. Amrit Agarwal

I'll be very glad if you can send me a copy of the article "Theory and Design of Dilute Phase Pneumatic Conveying Systems" or any other calculation method description that I can apply to an Ash handling system vacuum conveying pipeline in a power plant (the conveying capacity must be between 10 and 16 TPH).

Thanks a lot for your help, I really need this information as soon as possible,

Javier Guevara

Project Mechanical Engineer

Termoguajira Power Plant

Colombia, South America

PS. I guess I'll need some characteristics factors for the material conveyed, Could you tell me where can I find any stimated values to start the calculation ? ■

Dear Sir,

Thank You for sending me your article, it gives me a better idea before i can move on to analyse Dense phase powder flow. Really appreciate your help for sharing with me your work.

Guan Kui ■

Dear Mr Amrit Agarwal

I want to thank you time after time for replying me and for sending me the article "Theory and Design of Pneumatic Conveying Systems."

I read it three times, It's the best calculation method I found it until now, simple, clear, suitable for the professionals and the beginners,

You can develop it to be a commercial software calculator .

I look forward reading your other articles on pneumatic conveying and dust collection.

I need your help about "Froude Number" any equations, and what's the maximum and minimum for dilute pneumatic conveying systems it use the Centrifugal Fans 30-50in WG in suction type,and I need something such as chart clearing the Friction multipler constant regarding to bran,flour, wheat, and many another materials.

Your faithful student Muhsen shikh trab.

muhsenteam@hotmail.com ■

Dear Mr Amrit Agarwal

thank you again for the article, It's very useful to me,

I have a mistakes in Fanning Friction factor calculating, my be I did mistakes in my calculating or the there is something not correct in the equation , After I solved this problem by using an equations I had before , the results does not match the Fanning Friction factor (0.00592) you've been mentioned in the article

my result :

For Reynold's number (NRe)= 1.33E+5

For fanning friction factor ƒ= 0.0233

Please Mr Amrit help me in this matter,

I need more about the Friction Multiplier (K), any chart , engineering tables declaring the value of (K) for each material , specially , flour , bran, whole wheat, or similar materials.

In the end I want to thank you for your kindness and for the help and for the wonderful article .

thank you very much.

Your faithful student Muhsen shikh trab.

muhsenteam@hotmail.com ■

Dear Mr Amrit

It is my first job related to pneumatic conveying and I' m working in a project of handling pet coke.

I will appreciate if you send me to my e-mail lazsalo@yahoo.gr your article and your equation / calculation sheet '' Theory and Design of Pneumatic Conveying Systems''

Thank you a lot

lazsalo ■

To All:

I posted a request to Amrit Agarwal for a copy of the dilute phase pneumatic conveying paper and he was able to respond to my request in a very timely manner.

I have read through the paper a couple of times and find that the information included is very helpful for me.

I would like to know if anyone knows of a similar paper that discusses the calculation of the velocities of the gas and particles within the system.

Thank you,

Ryan ■

Dear Mr. Amrit,

May, we have your simple calculation methods for the dense or dilute phase conveying.

We look forward for your theory by email.

Email- info@bulksolidsonline.com / dgset@emirates.net.ae ■