Project Details

Studying the sediment formation mechanism in evaporators heat exchangers of phosphoric acid unit by using pilot plant and unit operational data

Studying the sediment formation mechanism in evaporators heat exchangers of phosphoric acid unit by using pilot plant and unit operational data
: In Progress
2008/11/04
2008/11/04
Goals
To improve the operational conditions of phosphoric acid unit evaporators
Schedule
Commencement Date : 9/28/1998 Duration : 24Months
Geography Location
Making investigation device to study sediment in the factory – Determining the temperature transmission coefficient of phosphoric acid in two conditions – Investigating the effect of operational significant parameters on temperature transmission coefficient – Investigating the effect of operational significant parameters on sediment formation process - Analyzing the sediment samples of different parts of heat exchangers - Making computerized simulation of phosphoric acid unit evaporation system heat exchangers – practical usage of results for determining the optimum operating conditions
Basic Contractor
Ahvaz petroleum industry university – Dr. Jami al ahmadi
Description

Contract Code : 77/095


 In addition of measuring the temperature transmission coefficient, the purpose of this researching project is studying the impression of different operational parameters such as: velocity, temperature, density, etc. and consequently investigating the sediment formation mechanism in heat exchangers and using the laboratory results with unit operational data to find applicable solution to decrease the intensity of sediment formation and to increase the efficiency of this unit ‘s evaporators.

جزئیات طرح یا پروژه - طرح 2

Studying the sediment formation mechanism in evaporators heat exchangers of phosphoric acid unit by using pilot plant and unit operational data
Project Introduction

Contract Code : 77/095


 In addition of measuring the temperature transmission coefficient, the purpose of this researching project is studying the impression of different operational parameters such as: velocity, temperature, density, etc. and consequently investigating the sediment formation mechanism in heat exchangers and using the laboratory results with unit operational data to find applicable solution to decrease the intensity of sediment formation and to increase the efficiency of this unit ‘s evaporators.

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