Project Details

The thermal modeling of radiation and convection parts ‎of ammonia primary reformer .‎
The thermal modeling of radiation and convection parts ‎of ammonia primary reformer .‎
: In Progress
2008/11/04
2008/11/04
Goals
Preparing a soft ware that answers to atmosphere changes on the heat transfer state and investigates the affect of variations in fuel temprature on the mentioned parts and its analyze by studying the mass energy and calculating them .‎
Schedule
Commencement Date : 12/2/2000 Duration : 16Months
Basic Contractor
Iran university of science & technology - Dr . Sepehr sanaye‎
Description

Identifier Code : ‎79211127‎
Contract Code ‎79/116 ‎
 
In  this  project  the  heat  tramsfer  calculations  of   radiation  and  convection  parts  are  made  and  the  effective  parameters  in  fuel  system  and  the  value  of  their  effectiveness are  studied.

Optimum  operational  conditions , in  order  to  use  the  fuel  and  energy ,  determining  the  sufficient  working  conditions  and  keeping   the  standard  life  duration  of  different  parts , shall  be  considerd  by  a  computerized  program  in  assistance  of  parameters  as  below :

Changing  the  fuelgas  temperature , changing  the  fuel  gas  analyze , changing  the  input  flow  temperature  to  convection  coils , changing  the  steam  ratio  to  inpul  gas ,  draft  change  and  exess  Air  change  affect  on  the  heat  transfer  process condition .
 
Phases  of  the  project :

1-   Data  collection  about  reforming  system  and  working  conditions  of        
      different  parts .

2-   Determining  the  method  and  the  parameters  to  model  the  reforming 
      system .

3-   Rforming  system  radiation  part  thermal  modeling.

4-   Rforming  system  convection  part  thermal  modeling.

5-   Investigating  the  change  of  parameters  of  system  operation.

6-   Adding  up  the  final  report  and  traning  one  of  the  specialists.

Address: Imam Khomeini Port, Postal Agency 113, PO Box 161

Phone :061-523-41517-8
Fax:061-522-62096-7 
 
Telephones : 021-88945001
customer relation management : 06152262111