Hello,

could you also e-mail me your article and Excel sheet?

Thank you in advance!

Ralf Weiser

rweiser@aerzenusa.com ■

Hello,

could you also e-mail me your article and Excel sheet?

Thank you in advance!

Ralf Weiser

rweiser@aerzenusa.com ■

Dear Amrit,

can you e-mail me your article and Excel sheet? Thank you in advance for your efforts.

Regards,

Ralf Weiser

rweiser@aerzenusa.com ■

Dear Amrit,

can you e-mail me your article and Excel sheet? Thank you in advance for your efforts.

Regards,

Ralf Weiser

rweiser@aerzenusa.com ■

Thank you for your article. Informative, easy to follow, and it lends itself to be used by hands-on people - great job! ■

Thank you for your article. Informative, easy to follow, and it lends itself to be used by hands-on people - great job! ■

Thank You for the article.

Very well delivered information and it ties together a few issues in a clear exlanation.

Good Work. ■

Thank You for the article.

Very well delivered information and it ties together a few issues in a clear exlanation.

Good Work. ■

Mr. Amrit Agarwal

Can i also have the artical (Theory and Design of Pneumatic Conveying Systems" gives the Excel-based calculation method for designing dilute phase pneumatic conveying systems)

celik470@gmail.com

Best Regards, ■

Mr. Amrit Agarwal

Can i also have the artical (Theory and Design of Pneumatic Conveying Systems" gives the Excel-based calculation method for designing dilute phase pneumatic conveying systems)

celik470@gmail.com

Best Regards, ■

Dear Mr. Amrit

May I have the opportunity to get this copy on my mail id--libranengineering@gmail.com

Regards, Anil Seth ■

Dear Mr. Amrit

May I have the opportunity to get this copy on my mail id--libranengineering@gmail.com

Regards, Anil Seth ■

Mr. Agarwal,

I'm from CHILE and I need your help to determine the parameters of functioning of a system of pneumatic conveyance which I am at work in.

I would be very grateful if you sent me the article System Design Calculations for Pneumatic Conveying

Best Regards

Cristobal Donoso

Ing. Civil Mecanico

Antofagasta, CHILE. ■

Mr. Agarwal,

I'm from CHILE and I need your help to determine the parameters of functioning of a system of pneumatic conveyance which I am at work in.

I would be very grateful if you sent me the article System Design Calculations for Pneumatic Conveying

Best Regards

Cristobal Donoso

Ing. Civil Mecanico

Antofagasta, CHILE. ■

Mr. Amrit,

Thank you very much for send me a copy of your article "Theory and Design of Dilute Phase Pneumatic Conveying Systems".

The article is easy to understand,simple and Practical, and very useful. I consider this article is a true help.

Thanks a lot for your cooperation.

Another favor, it would be possible send me a copy of these others articles:

1) excel sheet for the article "Theory and design....."

2)"Debottlenecking Pneumatic Conveying Systems" and

3)"Product Quality in Pneumatic Conveying"

Thank you in advance for your help.

Best Regards ■

Mr. Amrit,

Thank you very much for send me a copy of your article "Theory and Design of Dilute Phase Pneumatic Conveying Systems".

The article is easy to understand,simple and Practical, and very useful. I consider this article is a true help.

Thanks a lot for your cooperation.

Another favor, it would be possible send me a copy of these others articles:

1) excel sheet for the article "Theory and design....."

2)"Debottlenecking Pneumatic Conveying Systems" and

3)"Product Quality in Pneumatic Conveying"

Thank you in advance for your help.

Best Regards ■

Hi Amrit,

Thanks for sending me the article "Theory and Design of Dilute Phase Pneumatic Conveying Systems", it has helped me understand the calculations used in designing pneumatic conveying and I'm going to try designing some pneumatic conveying transport systems in the plant now! ■

Hi Amrit,

Thanks for sending me the article "Theory and Design of Dilute Phase Pneumatic Conveying Systems", it has helped me understand the calculations used in designing pneumatic conveying and I'm going to try designing some pneumatic conveying transport systems in the plant now! ■

Dear Amrit,

I was glad by seeing your reply.

it was amazing work done by u and i thank you for issuing me this article.

Regards,

Hariprasad Kalidas ■

Dear Amrit,

I was glad by seeing your reply.

it was amazing work done by u and i thank you for issuing me this article.

Regards,

Hariprasad Kalidas ■

Dear Amrit Agarwal

Thank you for your pneumatic conveying system theory.

best regards,

Suleyman Celik ■

Dear Amrit Agarwal

Thank you for your pneumatic conveying system theory.

best regards,

Suleyman Celik ■

Mr. Agarwal,

Thanks so much for your articles. it is a great work, they are very useful.

Thanks a lot for your cooperation.

Regards ■

Mr. Agarwal,

Thanks so much for your articles. it is a great work, they are very useful.

Thanks a lot for your cooperation.

Regards ■

Dear Mr. Agarwal,

many thanks for your article you sent to me. At the first sight, the article is clear and offers practical solution of calculation; it will be very helpful to me, in an immediate application.

Best regards,

Maurizio Belloli

AMI Agrolinz Melamine International Italai ■

Dear Mr. Agarwal,

many thanks for your article you sent to me. At the first sight, the article is clear and offers practical solution of calculation; it will be very helpful to me, in an immediate application.

Best regards,

Maurizio Belloli

AMI Agrolinz Melamine International Italai ■

Hello Amrit, thanks for sending me your article.

The equations and steps presented in the article are really straight forward.

Am looking forward to apply them to design my required pneumatic system.

If the pressure drop due to friction between the solids and

the conveying pipeline is not considered, does it affect the total pressure drop considerably?

Actually i am designing a pneumatic conveying system for textile fibre ( mainly dried wool fibre ).

If anyone has Friction factor for wool, can they please share it. Actually no laboratory equipments are available to me to carry out tests and find it.. ■

Hello Amrit, thanks for sending me your article.

The equations and steps presented in the article are really straight forward.

Am looking forward to apply them to design my required pneumatic system.

If the pressure drop due to friction between the solids and

the conveying pipeline is not considered, does it affect the total pressure drop considerably?

Actually i am designing a pneumatic conveying system for textile fibre ( mainly dried wool fibre ).

If anyone has Friction factor for wool, can they please share it. Actually no laboratory equipments are available to me to carry out tests and find it.. ■

Dear Mr Amrit

Thank you so much for sending me a copy of your article. It is very useful article for me.

Regards

Ludek Sklenar ■

Dear Mr Amrit

Thank you so much for sending me a copy of your article. It is very useful article for me.

Regards

Ludek Sklenar ■

Dear Amrit

Could you send me a copy of this article?

My e-mail is lomotiv@libero.it

thank ■

Dear Amrit

Could you send me a copy of this article?

My e-mail is lomotiv@libero.it

thank ■

Dear Mr. Agarwal

I have follow your your article step by step and I must tell you that is a fantastic tool since it takes in account all parameters.

Thank Mr. Agarwal.

Sincerely.

Diego Ruiz ■

Dear Mr. Agarwal

I have follow your your article step by step and I must tell you that is a fantastic tool since it takes in account all parameters.

Thank Mr. Agarwal.

Sincerely.

Diego Ruiz ■

Dear Teus Tuinenburg

hope ur fine.

Here is my query , if u take interest to hel me out

will coarse particle will require more pressure to convey than fine ash ?

i mean to highlight the problem of one of my client.ie he is not able to convey the bottom ash however is able to convey the fine ash . can u enlighten me about the problem he may be facing. During my courtsy visit to their plant i had a look on their plant hand resulted that they hve reduced the line size of compressed air line. Our system require 3bar pressuer in densephase but the pressure on receiver is 2.5 bar

thax in anticipation

regards

rahul ■

Dear Teus Tuinenburg

hope ur fine.

Here is my query , if u take interest to hel me out

will coarse particle will require more pressure to convey than fine ash ?

i mean to highlight the problem of one of my client.ie he is not able to convey the bottom ash however is able to convey the fine ash . can u enlighten me about the problem he may be facing. During my courtsy visit to their plant i had a look on their plant hand resulted that they hve reduced the line size of compressed air line. Our system require 3bar pressuer in densephase but the pressure on receiver is 2.5 bar

thax in anticipation

regards

rahul ■