Dear Mr.Agarwal,

I would be interested to obatin the copy of your article "Theory and

Design of Pneumatic Conveying Systems" published in Powder Handling

and Processing magazine April 2005 issue ?

Regards,

Santhosh.K.N

Binani Zinc ltd

Cochin

Kerala ■

Hello Amit,

I am interested in your article "Theory and

Design of Pneumatic Conveying System" please send me a copy. My eamil address is rahul.jha@gmail.com

Thanks,

Rahul Jha ■

Dear Dr Amrit

May I have a copy of your articl about pneumatic conveying design and if its possible of the calculation spreadsheet. I´m designing a system to transfer yeast, and think that that article can help me a lot.

Thanks

Marisol Petit

Process Eng

Vepica ■

Mr Amrat, I want to obtain a copy of your article about System Design Calculation for pneumatic conveying.

Im Process Engineer and work for Vepica a venezuelan consulting company. We are development a project to conveying "Torula" (a kind of yeast) and we are searching for the best way to do it.

Thank you

MARISOL PETIT

PROCESS ENGINEER

VEPICA

www.vepica.com ■

Originally Posted by Amrit Agarwal

If you know basic Excel, you can use my calculation method published in Powder Handling and Processing magazine in its April 2005 issue. This article gives the theory and all of the equations that are internally used in computer programs. It takes the mystery out of the computer programs. I can send a free PDF copy if you need one.

Regards,

Amrit T. Agarwal

Consulting Engineer

Pneumatic Conveying Consulting Services

Email: polypcc@aol.com

Ph and Fax: 304 346 5125

Mr. Agarwal:

I am very interested in receiving your pneumatic conveying excel spreed sheet for the current calculations for design such a system .I will hold confidence the information you provide and I will be a single user of this information. I promise to respond within 3 days of reading the article and give my critique. my name is Scott Kalm and I am a Sr. mechanical Engineer with Pratt Industries. 1800D Sarasota Parkway, Conyers, Georgia. 30013. i thank you in advance for this most important material. Thanks

Kindest regards,

W. Scott Kalm

Sr. mechanical Engineer

Pratt Industries.

678-607-3012 ■

Mr Agarwal, thank u for the article, i received past friday.

It looks very interested an if i have questionabout it i´ll ket you know.

Marisol Petit

Process Eng.

Vepica ■

Dear Mr.Agarwal,

Thanks you for sending the article.

Very interesting and highly informative.

Thanks

regards,

Santhosh.K.N

Originally Posted by knsanthosh

Dear Mr.Agarwal,

I would be interested to obatin the copy of your article "Theory and

Design of Pneumatic Conveying Systems" published in Powder Handling

and Processing magazine April 2005 issue ?

Regards,

Santhosh.K.N

Binani Zinc ltd

Cochin

Kerala

■

Dear Mr. Agarwal,

Per your reply to my e-mail request, I'm formally requesting a copy of your article, including the Dilute Phase Pneumatic Conveying Spreadsheet. I have previously worked for Conveyor Manufacturer's and have conceived, designed, purchased and operated numerous Dense Phase, Dilute Phase and other Material Handling Systems and Equipment. Now being of an A/E Nature, I'm looking for some personal tools to assit me in conceputal design and verification of bids from Vendors and Contractors. Your insights should be very interesting and useful in the development of Dilute Phase Conveying Projects. I'd be happy to return my comments on this article and look forward to working with you on future Projects.

Best Regards,

James Lynch

Sr. Mechanical Engineer ■

I have reviewed this calculation method and find it appropriate for conceptual design and sizing calculation and/or to evaluate Dilute Phase System Proposals from Vendors and Contractors. A recommendation would be to provide a suggestion to conduct testing of the applicable material to determine the range of "Pick-Up" Veleocites for a full range of process conditions. These lab results are invaluable in detailed system design.

Jim Lynch

Sr. Mechanical Engineer ■

Ear mr. Amit agarwal,

i will request to kindly send your excel sheet for deisgn of pneumatic conveying system, i

will be grateful if you can send on pramod86@sify.com,

it will be helpful for me, as i am a little novice at this front.

Awaiting your sheet

regards

pramod kumar jha

design an dproject co-ordination head.

Envior international corporation,

138, sector-4, vaishalli,

ghaziabad. Up, india

Originally Posted by amrit agarwal

if you know basic excel, you can use my calculation method published in powder handling and processing magazine in its april 2005 issue. This article gives the theory and all of the equations that are internally used in computer programs. It takes the mystery out of the computer programs. I can send a free pdf copy if you need one.

Regards,

amrit t. Agarwal

consulting engineer

pneumatic conveying consulting services

email: polypcc@aol.com

ph and fax: 304 346 5125

■

Originally Posted by Amrit Agarwal

If you know basic Excel, you can use my calculation method published in Powder Handling and Processing magazine in its April 2005 issue. This article gives the theory and all of the equations that are internally used in computer programs. It takes the mystery out of the computer programs. I can send a free PDF copy if you need one.

Regards,

Amrit T. Agarwal

Consulting Engineer

Pneumatic Conveying Consulting Services

Email: polypcc@aol.com

Ph and Fax: 304 346 5125

Dear Sir,

Is it possible to obtain the pdf article from you regarding design calculation of pneumatic conveying system? i would be greatly appreciate if i can get the article from you. Thanks and Best Rgds,

Chan SC ■

Originally Posted by chansc1980

Dear Sir,

Is it possible to obtain the pdf article from you regarding design calculation of pneumatic conveying system? i would be greatly appreciate if i can get the article from you. Thanks and Best Rgds,

Chan SC

Dear Sir,

My email is chansc@tpc.com.sg

It would be very grateful if you can send me the article in pdf format as well as the spreadsheet.

Thanks and Best Rgds,

Chan SC

Process Engineer

The Polyolefin Company (Singapore) Pte Ltd ■

Dear Mr Agarwal,

I would be very grateful if you can send me the calculation of dense phase pneumatic conveying. I need to design fly ash conveying from ESP.

Thanks and Best Rgds,

Nebojsa Spasic

Process engineer

IRMA project system, Belgrade, Serbia ■

i am working in pneumatic conveying design for powder materials

can i get the copy of article Theory and Design of Dilute Phase Pneumatic Conveying Systems for my academic interest,

thanks

sakthi

Originally Posted by Amrit Agarwal

If you know basic Excel, you can use my calculation method published in Powder Handling and Processing magazine in its April 2005 issue. This article gives the theory and all of the equations that are internally used in computer programs. It takes the mystery out of the computer programs. I can send a free PDF copy if you need one.

Regards,

Amrit T. Agarwal

Consulting Engineer

Pneumatic Conveying Consulting Services

Email: polypcc@aol.com

Ph and Fax: 304 346 5125

■

dear sir

can any body send excell sheet for on on conveying desigm for dense phase. on pramod86@sify.com

Regards

PRAMOD KUMAR JHA,

ENVIRO INTERNATIONAL CORPORATION,

WWW ENVIROINTLCORP.CO.IN ■

Originally Posted by lemanhtuan

Dear Mr.Amrit T. Agarwal Sir,

could you please sent to me PDF File of this article

i am so grateful.

Thank you.

Best regards

Le Manh Tuan

Mechanical Engineer

Mobile +84- 938 036 811

+60-18-2367662

++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

Dear Le,

A copy of my article has been sent to you. If you have any questions or comments, please post them here so that others can join.

Regards,

Amrit Agarwal

Consulting Engineer

Pneumatic Conveying Consulting ■

Originally Posted by Amrit Agarwal

++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

Dear Le,

A copy of my article has been sent to you. If you have any questions or comments, please post them here so that others can join.

Regards,

Amrit Agarwal

Consulting Engineer

Pneumatic Conveying Consulting

Dear Mr. Amrit Agarwal sir,

as the discussion throw by email.

can you please help me to review my excel file.

i think there is alot of mistake but at my level i can not understand clearly.

So could you please advise me for all mistake from me.

Thank you.

Best regards

Le Manh Tuan

Mechanical Engineer

Mobile +84- 938 036 811

+60-18-2367662 ■

Originally Posted by lemanhtuan

Dear Mr. Amrit Agarwal sir,

as the discussion throw by email.

can you please help me to review my excel file.

i think there is alot of mistake but at my level i can not understand clearly.

So could you please advise me for all mistake from me.

Thank you.

Best regards

Le Manh Tuan

Mechanical Engineer

Mobile +84- 938 036 811

+60-18-2367662

+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

Dear Le,

Please send your Excel file to me for my review.

Regards,

Amrit Agarwal

Pneumatic Conveying Consulting

+++++++++++++++++++++++++++++++++++++++++++++++++++ ■

Originally Posted by Amrit Agarwal

+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

Dear Le,

Please send your Excel file to me for my review.

Regards,

Amrit Agarwal

Pneumatic Conveying Consulting

+++++++++++++++++++++++++++++++++++++++++++++++++++

Dear Mr. Amrit T. Agarwal Sir,

Please see attached file as excel file for calculation.

I have already repair as following your instructions.

But this is something I cannot calculate about fanning friction Factor.

The calculation is

Nre = D*Vg*g /



D = 4 inches = 0.333 ft

Vg = 65 ft / s

Gas density g = 0.075 lbs/ cu ft

Gas viscosity at 25 C = 3.8*10^-7 lbs/ Ft2

So Nre = 4272039.474

And fanning friction Factor.



With =0.0005

Nre = 4272039.474

I just calculate f = 0.00543271

I attempt to reach your f number ( f=0.00592)

But I was not successful.

Could you please make me clearly with F factor.

I am so appreciated

I looking forward your clearly instructions.

Thank you.

Best regards

Le Manh Tuan

Mechanical Engineer

Mobile +84- 938 036 811

+60-18-2367662

Pneu Powders Systems Sdn Bhd

No. 35, Jalan PJU 1A/12, Taman Perindustrian Jaya,

Ara Damansara, 47301 Petaling Jaya, Selangor D.E, Malaysia ■

Originally Posted by Amrit Agarwal

If you know basic Excel, you can use my calculation method published in Powder Handling and Processing magazine in its April 2005 issue. This article gives the theory and all of the equations that are internally used in computer programs. It takes the mystery out of the computer programs. I can send a free PDF copy if you need one.

Regards,

Amrit T. Agarwal

Consulting Engineer

Pneumatic Conveying Consulting Services

Email: polypcc@aol.com

Ph and Fax: 304 346 5125

Dear Mr. Amrit T. Agarwal Sir,

Please see attached file as excel file for calculation.

I have already repair as following your instructions.

But this is something I cannot calculate about fanning friction Factor.

The calculation is

Nre = D*Vg*g /

D = 4 inches = 0.333 ft

Vg = 65 ft / s

Gas density g = 0.075 lbs/ cu ft

Gas viscosity at 25 C = 3.8*10^-7 lbs/ Ft2

So Nre = 4272039.474

And fanning friction Factor.

With =0.0005

Nre = 4272039.474

I just calculate f = 0.00543271

I attempt to reach your f number ( f=0.00592)

But I was not successful.

Could you please make me clearly with F factor.

I am so apreciated

I looking forward your clearly instructions.

Thank you.

Best regards

Le Manh Tuan

Mechanical Engineer

Mobile +84- 938 036 811

+60-18-2367662 ■

Originally Posted by Amrit Agarwal

+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

Dear Le,

Please send your Excel file to me for my review.

Regards,

Amrit Agarwal

Pneumatic Conveying Consulting

+++++++++++++++++++++++++++++++++++++++++++++++++++

Dear Mr. Amrit T. Agarwal Sir,

Please see attached file as excel file for calculation.

I have already repair as following your instructions.

But this is something I cannot calculate about fanning friction Factor.

The calculation is



Nre = D*Vg*g /

D = 4 inches = 0.333 ft

Vg = 65 ft / s

Gas density g = 0.075 lbs/ cu ft

Gas viscosity at 25 C = 3.8*10^-7 lbs/ Ft2

So Nre = 4272039.474

And fanning friction Factor.



With =0.0005

Nre = 4272039.474

I just calculate f = 0.00543271

I attempt to reach your f number ( f=0.00592)

But I was not successful.

Could you please make me clearly with F factor.

I am so apreciated

I loonking forward your clearly instructions.

Thank you.

Best regards

Le Manh Tuan

Mechanical Engineer

Mobile +84- 938 036 811

+60-18-2367662

Mail : tuan@pneupowders.com

Pneu Powders Systems Sdn Bhd

No. 35, Jalan PJU 1A/12, Taman Perindustrian Jaya,

Ara Damansara, 47301 Petaling Jaya, Selangor D.E, Malaysia ■

Dear Mr. Amrit T. Agarwal Sir,

Please see attached file as excel file for calculation.

I have already repair as following your instructions.

But this is something I cannot calculate about fanning friction Factor.

The calculation is

Nre =D*Vg*g /



D = 4 inches = 0.333 ft

Vg = 65 ft / s

Gas density g = 0.075 lbs/ cu ft

Gas viscosity at 25 C = 3.8*10^-7 lbs/ Ft2

So Nre = 4272039.474

And fanning friction Factor.



With =0.0005

Nre = 4272039.474

I just calculate f = 0.00543271

I attempt to reach your f number ( f=0.00592)

But I was not successful.

Could you please make me clearly with F factor.

I am so apreciated

I looking forward your clearly instructions.

Thank you.

Best regards

Le Manh Tuan

Mechanical Engineer

Mobile +84- 938 036 811

+60-18-2367662

Pneu Powders Systems Sdn Bhd ■

Originally Posted by Amrit Agarwal

+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

Dear Le,

Please send your Excel file to me for my review.

Regards,

Amrit Agarwal

Pneumatic Conveying Consulting

+++++++++++++++++++++++++++++++++++++++++++++++++++

Dear Mr. Amrit T. Agarwal Sir,

i am so thankful about your time to help me

from You, i have learned a lot new knowledge.

Have a nice day

Thank you.

Best regards

Le Manh Tuan

Mechanical Engineer

Mobile +84- 938 036 811

+60-18-2367662 ■

Dear Mr. Amrit T. Agarwal Sir,

I am so happy when i get approval for excel file of calculation for pneumatic conveying.

i will do the excel file for pressure conveying .

after all i will sent it to you.

could you please review it and give me some advice.

Hope you got good day and thank you.

Best regards

Le Manh Tuan

Mechanical Engineer

Mobile +84- 938 036 811

+60-18-2367662 ■

Dear Mr. Amrit T. Agarwal Sir,

I am very appreciated.

when you reviewed and approved the calculation file for Pneumatic pressure conveyor .

I will do calculation using pipe line section of 160 ft (3 bend ) and sent it to you

thank you so much for your precious time and your instruction.

Best regards

Le Manh Tuan

Mechanical Engineer

Mobile +84- 938 036 811

+60-18-2367662 ■

Originally Posted by lemanhtuan

Dear Mr. Amrit T. Agarwal Sir,

I am very appreciated.

when you reviewed and approved the calculation file for Pneumatic pressure conveyor .

I will do calculation using pipe line section of 160 ft (3 bend ) and sent it to you

thank you so much for your precious time and your instruction.

Best regards

Le Manh Tuan

Mechanical Engineer

Mobile +84- 938 036 811

+60-18-2367662

++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

Le,

For sizing and selection of blowers and fans that are required in pneumatic conveying systems, my article "MOVING AIR IN PNEUMATIC CONVEYING SYSTEMS" published in Chemical Engineering magazine in its September 2011 issue will be very helpful. This article gives all of the design, sizing, selection methods, and horsepower calculation information for blowers and fans. Let me if you need its copy.

Regards,

Amrit Agarwal

Pneumatic Conveying Consulting

Email: polypcc@aol.com ■

Originally Posted by Amrit Agarwal

If you know basic Excel, you can use my calculation method published in Powder Handling and Processing magazine in its April 2005 issue. This article gives the theory and all of the equations that are internally used in computer programs. It takes the mystery out of the computer programs. I can send a free PDF copy if you need one.

Regards,

Amrit T. Agarwal

Consulting Engineer

Pneumatic Conveying Consulting Services

Email: polypcc@aol.com

Ph and Fax: 304 346 5125

Thanksmy mail Leemeasure@126.com ■

Originally Posted by Amrit Agarwal

If you know basic Excel, you can use my calculation method published in Powder Handling and Processing magazine in its April 2005 issue. This article gives the theory and all of the equations that are internally used in computer programs. It takes the mystery out of the computer programs. I can send a free PDF copy if you need one.

Regards,

Amrit T. Agarwal

Consulting Engineer

Pneumatic Conveying Consulting Services

Email: polypcc@aol.com

Ph and Fax: 304 346 5125

Dear Sir,

Please send me copy of your article in April 2005 issue on fitra.vertikal@gmail.com

Fitra Vertikal ■

Originally Posted by fitra.vertikal@gmail.com

Dear Sir,

Please send me copy of your article in April 2005 issue on fitra.vertikal@gmail.com

Fitra Vertikal

++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

Dear Mr. Fitra Vertika,

I will be glad to send this article to you but to receive it please send its request to me directly on my email address given below. Thank you.

Amrit Agarwal

Consultant

Pneumatic Conveying Consulting

email: polypcc@aol.com ■