Abstract

The general approach to any design of a process plant involve an advanced network of Chemical Engineering processes. This equipment design project was carried out to design a molten salt cooler (heat exchanger) for production of 2.7 x 104 tonnes/year capacity of phthalic anhydride by direct synthesis of gaseous naphthalene.
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rnThe information concerning the design of this equipment was gotten from literature review which was then used to obtain the physical properties datas. The material and energy balance calculations were also performed and reviewed as shown in appendix A, B, C and D.
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rnAppropriate sizing of the equipment (cooler) was also done using the physical properties data and proper instrumentation and control analysis was also done.
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rnThe cost evaluation of the cooler was also done to determine the present cost of the equipment. The cost of estimation was performed to ascertain the economic viability of the equipment.

Table of Content

Cover Page
rnTitle Page
rnLetter of Transmittal
rnApproval Page
rnDedication
rnAcknowledgement
rnAbstract
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rnCHAPTER ONE
rn1.0 Introduction
rn1.1 Background of Study
rn1.2 Aim and Objective of Study
rn1.3 Scope of Project
rn1.4 Statement of Problem
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rnCHAPTER TWO
rn2.0 Literature Review
rn2.1 Phthalic anhydride Processing
rn2.1.1 Phthalic anhydride and our environment
rn2.1.2 Phthalic Anhydride Uses
rn2.1.3 Physical and Chemical Properties
rn2.2 Molten Salt
rn2.2.1 Types of Molten Salt
rn2.2.3 Thermophysical Properties of Molten Salt
rn2.2.4 Heat Transfer in Molten Salt
rn2.2.5 Corrosion Chemistry and Material for Molten Salts
rn2.3 Basic Design Procedure and Theory
rn2.3.1 Step of Design Molten Salt Cooler
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rnMATERIALS FOR CHAPTERS 1&2 ONLY AVAILABLE!!
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rnCHAPTER THREE
rn3.1 Material Balance Results
rn3.1.2 Aim and Objective of Material Balance
rn3.1.3 Material Balance Summary Tables
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rnCHAPTER FOUR
rn4.1 Energy Balance
rn4.1.1 Introduction of Energy Balance
rn4.1.2 Conservation of Energy
rn4.1.3 Energy Balance Summary Tables
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rnCHAPTER FIVE
rn5.1 Design of Molten Salt Cooler
rn5.1.1 Summary of Result for Molten Salt Cooler
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rnCHAPTER SIX
rn6.1 Introduction of Cost Estimation
rn6.2 Capital Investment
rn6.2.1 Fixed and Working Capital
rn6.3 Direct Production Cost
rn6.3.1 Fixed Cost
rn6.3.2 Variable Cost
rn6.4 Indirect Production Cost (General Expenses)
rn6.5 Cost Estimation of Molten Salt Cooler
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rnCHAPTER SEVEN
rn7.1 Safety Consideration, Instrumentation and Control
rn7.2 Instrumentation and Control
rn7.2 Typical Control Systems
rnACKNOWLEDGEMENT

Introduction

The introduction of this research is only available in the paid version.

Design Of Molten Salt Cooler In Process Plant For Production Of 2-7 X 104 Tonnes/yr Of Phthalic Anhydride By Diret

Key Features

Table of Content

Introduction