Dear Mr Amit

I do requre your article, and googled in internet but unable to get thru. I appreciate if you forward me the same as i require it to help my client in technical manner

Regards

Rahul ■

Dear Mr Amit

I do requre your article, and googled in internet but unable to get thru. I appreciate if you forward me the same as i require it to help my client in technical manner

Regards

Rahul ■

Mr. Agarwal:

We have over 100 dilute phase systems for BOPP. The vast majority run trouble free so the basic design must be solid. There are a few conveying lines which do give us occasional troubles and I would like to resolve them.

You tool could provide valuable information towards this effort. Would you be so kind as to share a copy with me?

I've sent my contact info via e-mail as requested.

best regards,

Bob Russell

TPA ■

Mr. Agarwal:

We have over 100 dilute phase systems for BOPP. The vast majority run trouble free so the basic design must be solid. There are a few conveying lines which do give us occasional troubles and I would like to resolve them.

You tool could provide valuable information towards this effort. Would you be so kind as to share a copy with me?

I've sent my contact info via e-mail as requested.

best regards,

Bob Russell

TPA ■

Dear Mr Amit

I acknowledge with the thanks for receipt of your design calculation.

Regards

Rahul ■

Dear Mr Amit

I acknowledge with the thanks for receipt of your design calculation.

Regards

Rahul ■

Dear Mr. Amrit T. Agarwal

Please send me the "Theory and Design of Dilute Phase Pneumatic Conveying Systems"..........

[QUOTE=Amrit Agarwal;14426]My article "Theory and Design of Dilute Phase Pneumatic Conveying Systems" was published this month in Powder Handling and Processing magazine. This article gives an easy to use Excel-based calculation method for designing new dilute phase pneumatic conveying systems or for improving the performance of existing conveying systems.

Please send to my email address : tyoprastyas@yahoo.co.id

Thank you

Best regards,

Tyo ■

Dear Mr. Amrit T. Agarwal

Please send me the "Theory and Design of Dilute Phase Pneumatic Conveying Systems"..........

[QUOTE=Amrit Agarwal;14426]My article "Theory and Design of Dilute Phase Pneumatic Conveying Systems" was published this month in Powder Handling and Processing magazine. This article gives an easy to use Excel-based calculation method for designing new dilute phase pneumatic conveying systems or for improving the performance of existing conveying systems.

Please send to my email address : tyoprastyas@yahoo.co.id

Thank you

Best regards,

Tyo ■

Dear Mr. Agarwal,

Thank you for sending me your article. I did notice a units discrepancy in it which I am sure that you are aware of. We are in the process of comparing it with our field data.

Regards,

Bob ■

Dear Mr. Agarwal,

Thank you for sending me your article. I did notice a units discrepancy in it which I am sure that you are aware of. We are in the process of comparing it with our field data.

Regards,

Bob ■

Please send design formulas used in dense phase conveying system of ash (fly)

regards

sujay das ■

Please send design formulas used in dense phase conveying system of ash (fly)

regards

sujay das ■

Dear Amrit,

Nice to see your information in web.

I am trying to learn pneumatic transport – especially dense phase transport.

If you can send me your article I will appreciate you very much.

On the other hand I have got a calculation program, but I could not find “friction coefficient” tables. Can you guide me or send me this data especially for sand, cement, gypsum, calcite

Kind Regards,

Ertekin Ulutas

Project Manager ■

Dear Amrit,

Nice to see your information in web.

I am trying to learn pneumatic transport – especially dense phase transport.

If you can send me your article I will appreciate you very much.

On the other hand I have got a calculation program, but I could not find “friction coefficient” tables. Can you guide me or send me this data especially for sand, cement, gypsum, calcite

Kind Regards,

Ertekin Ulutas

Project Manager ■

Dear Mr. Amrit ,

These days I am studying Dense Phase conveyor system , Do you have any related calculation document, Like your first article sir, it is very use full me Your first article dilute phase conveyor system design, WE do some practicle designs plastic pelltes etc...

Thanks

Uditha Kohowala

uditha.kohowala@loadstarlk.com ■

Dear Mr. Amrit ,

These days I am studying Dense Phase conveyor system , Do you have any related calculation document, Like your first article sir, it is very use full me Your first article dilute phase conveyor system design, WE do some practicle designs plastic pelltes etc...

Thanks

Uditha Kohowala

uditha.kohowala@loadstarlk.com ■

Dear sir,

I Thnak you for providing the Article. it is really helpful.

Originally Posted by Amrit Agarwal

My article "Theory and Design of Dilute Phase Pneumatic Conveying Systems" was published this month in Powder Handling and Processing magazine. This article gives an easy to use Excel-based calculation method for designing new dilute phase pneumatic conveying systems or for improving the performance of existing conveying systems.

Regards,

Amrit T. Agarwal

Consulting Engineer

Pneumatic Conveying Consulting Services

Email: polypcc@aol.com

Ph and Fax: 304 346 5125

■

Dear sir,

I Thnak you for providing the Article. it is really helpful.

Originally Posted by Amrit Agarwal

My article "Theory and Design of Dilute Phase Pneumatic Conveying Systems" was published this month in Powder Handling and Processing magazine. This article gives an easy to use Excel-based calculation method for designing new dilute phase pneumatic conveying systems or for improving the performance of existing conveying systems.

Regards,

Amrit T. Agarwal

Consulting Engineer

Pneumatic Conveying Consulting Services

Email: polypcc@aol.com

Ph and Fax: 304 346 5125

■

Armit,

Could you please send me a copy of "Theory and Design of Dilute Phase Pneumatic Conveying Systems" published in Powder Handling and Processing magazine. I am working on the design of a dilute phase system and need some help.

My email address: rmcknight@norit-americas.com

Thank you,

Richard McKnight ■

Armit,

Could you please send me a copy of "Theory and Design of Dilute Phase Pneumatic Conveying Systems" published in Powder Handling and Processing magazine. I am working on the design of a dilute phase system and need some help.

My email address: rmcknight@norit-americas.com

Thank you,

Richard McKnight ■

please send me your article.

arr23@unh.edu

Thank you! ■

please send me your article.

arr23@unh.edu

Thank you! ■

Hello to all,

I am new here and I am trying to get some help in designing pneumatic conveyors.

I need to design a lean phase system to transport calcined alumina. I know the conveying rate is 11 t/h and the horizontal and vertical distances are 80 m and 19 m respectively. The number of 90 degree bends is 6. I need to calculate the air flow rate and the pipe diameter. Does anyone have any suggestion for a solid loading ratio for calcined alumina? I also need to select a suitable blower for the system. I hope you guys can help me.

Regards,

Tony ■

Hello to all,

I am new here and I am trying to get some help in designing pneumatic conveyors.

I need to design a lean phase system to transport calcined alumina. I know the conveying rate is 11 t/h and the horizontal and vertical distances are 80 m and 19 m respectively. The number of 90 degree bends is 6. I need to calculate the air flow rate and the pipe diameter. Does anyone have any suggestion for a solid loading ratio for calcined alumina? I also need to select a suitable blower for the system. I hope you guys can help me.

Regards,

Tony ■

Thanks, Amrit, for a copy of your article. I've looked the paper over and it seems rather applicable to what I'll be working on in a few days. The only problem I see is that I have no experimental data on the particular system, to establish a design value for "K". We will be dilute phase conveying 100-200 micron ground silicon using hydrogen chloride gas at about 4 barg and 100C, into a fluidized bed reactor. If there is any design info on conveying silicon or quartz with any other gas, perhaps it could be extrapolated. ■

Thanks, Amrit, for a copy of your article. I've looked the paper over and it seems rather applicable to what I'll be working on in a few days. The only problem I see is that I have no experimental data on the particular system, to establish a design value for "K". We will be dilute phase conveying 100-200 micron ground silicon using hydrogen chloride gas at about 4 barg and 100C, into a fluidized bed reactor. If there is any design info on conveying silicon or quartz with any other gas, perhaps it could be extrapolated. ■

Dear Larry,

Silica or quartz is pneumatically conveyed in a number of installations.

However, these installations use air as the carrying medium.

In order to calculate a pneumatic conveying system, it is necessary to know and apply the thermo dynamic constants of the carrying gas involved as these influence the velocities, pressure drops, temperatures, etc.

(Taking into account the density alone is not enough)

Once you have changed those values, the calculation is performed accordingly.

Determining the “K”factor is indeed a problematic issue. This factor is normally based on field or test facilities measurements (with air as a gas).

Extrapolation is a very tricky way of designing in pneumatic conveying.

Success

Teus ■

Dear Larry,

Silica or quartz is pneumatically conveyed in a number of installations.

However, these installations use air as the carrying medium.

In order to calculate a pneumatic conveying system, it is necessary to know and apply the thermo dynamic constants of the carrying gas involved as these influence the velocities, pressure drops, temperatures, etc.

(Taking into account the density alone is not enough)

Once you have changed those values, the calculation is performed accordingly.

Determining the “K”factor is indeed a problematic issue. This factor is normally based on field or test facilities measurements (with air as a gas).

Extrapolation is a very tricky way of designing in pneumatic conveying.

Success

Teus ■

Amrit,

I recently discovered your paper while searching for literature on pneumatic conveying. The paper is well written and I found it very practical and easy to implement in a spreadsheet format.

J ■

Amrit,

I recently discovered your paper while searching for literature on pneumatic conveying. The paper is well written and I found it very practical and easy to implement in a spreadsheet format.

J ■

Originally Posted by JBump

Amrit,

I recently discovered your paper while searching for literature on pneumatic conveying. The paper is well written and I found it very practical and easy to implement in a spreadsheet format.

J

Could you send me where could you reach this document; I could not receive so far.

I will appriciate you.

Ertekin ■

Originally Posted by JBump

Amrit,

I recently discovered your paper while searching for literature on pneumatic conveying. The paper is well written and I found it very practical and easy to implement in a spreadsheet format.

J

Could you send me where could you reach this document; I could not receive so far.

I will appriciate you.

Ertekin ■

Mr. Agarwal,

Thank you for the article. It was helpful in providing a more detailed evaluation of pressures and velocities within the system. ■

Mr. Agarwal,

Thank you for the article. It was helpful in providing a more detailed evaluation of pressures and velocities within the system. ■

I, believe that is the most interesting info that i´ve ever read in this area.

Thanks Angel ■

I, believe that is the most interesting info that i´ve ever read in this area.

Thanks Angel ■

Mr Agarwal,

Thank you for your article on Dilute Phase Pneumatic Conveying conveying. it is helping me in understanding the design method

Regards,

Tony ■

Mr Agarwal,

Thank you for your article on Dilute Phase Pneumatic Conveying conveying. it is helping me in understanding the design method

Regards,

Tony ■

Mr. Agarwal,

I'm new of pneumatic conveying.

I received your mail recently. and I post this forum.

I would be very grateful if you sent me the article System Design Calculations for Pneumatic Conveying to yjjung@hec.co.kr

Best Regards

Yeon Jin Jung

Hyundai Engineering com.

Seoul, Korea. ■

Mr. Agarwal,

I'm new of pneumatic conveying.

I received your mail recently. and I post this forum.

I would be very grateful if you sent me the article System Design Calculations for Pneumatic Conveying to yjjung@hec.co.kr

Best Regards

Yeon Jin Jung

Hyundai Engineering com.

Seoul, Korea. ■

Hi,

Pl. send me Pnuematic Conveying System Calculations.

With Best regards,

hassanof(h.hammod@hotmail.com)

■

Hi,

Pl. send me Pnuematic Conveying System Calculations.

With Best regards,

hassanof(h.hammod@hotmail.com)

■