CONSTRUCTION OF SHEEL AND TUBE HEAT EXCHANGER

  • Type: Project
  • Department: Mechanical Engineering
  • Project ID: MCE0321
  • Access Fee: ₦5,000 ($14)
  • Pages: 43 Pages
  • Format: Microsoft Word
  • Views: 202
  • Report This work

For more Info, call us on
+234 8130 686 500
or
+234 8093 423 853
ABSTRACT

The aim of this project was to construct shell and tube heat exchanger with fixed boundless. A heat exchanger that would cool 5 x 5 x 10 – 3 kg/s of steam at a calculated heat load of 152 – 395/S was fabricated. The steam is to reach the heat exchanger from a distillation column at a temperature of 300k. The specification of  the layout as well as the detailed mechanical design were assumed and also calculated.
It is established that a horizontal heat exchanger with cold water at the shall side and the treated steam at the tube side is adequate for this operation, with the aim of cooling the steam from the distillation column.
        The available area obtained from calculation is 1.0m2 and also the overall heat transfer coefficient obtained is 4.10W/M2k. it is also seen that the heat exchanger is satisfactory and consists of five copper tubes of inside diameter 90mm and 5920mm length. The shell inside diameter 810mm and 5.770mm length. The tube and shell heat exchanger has a total length of 5820mm.
The material of construction for the shell side is stainless steel while copper tubes were used for the tubes inside. 
The total cost of the heat exchanger was N12,000.


TABLE OF CONTENTS

Title Page
Approval page
Letter of transmitted
Dedication
Acknowledgements
Abstract 
Table of contents

CHAPTER ONE
1.1Introduction 

CHAPTER TWO 
2.0Literature Review
2.1General Design of Heat Exchanger
2.2Tubular Heat Exchanger
2.3Design Description of the Major Components 
2.4Tubes
2.5Tube Bundles 
2.6Shells 
2.7Baffle 
2.8Tie Road Spacers 
2.9Pass Partition Plates 

CHAPTER THREE 
3.0Fabrication Procedures
3.1Dimensioning and Marking Out 
3.2Cutting 
3.3Folding or Rolling 
3.4Drilling operation 
3.5Assembling Process
3.6Welding Operation
3.7Filling
3.8Dimensions and Parameters Derived
3.9From the Fabrication Units


CHAPTER FOUR
4.0Costing

CHAPTER FIVE
5.0Discussion

CHAPTER SIX
6.0Conclusion
6.1Recommendations

CHAPTER SEVEN
7.0Notation and Nomenclature
References
Appendix
Physical Properties of Water 
Calculation of the Head Load

CONSTRUCTION OF SHEEL AND TUBE HEAT EXCHANGER
For more Info, call us on
+234 8130 686 500
or
+234 8093 423 853

Share This
  • Type: Project
  • Department: Mechanical Engineering
  • Project ID: MCE0321
  • Access Fee: ₦5,000 ($14)
  • Pages: 43 Pages
  • Format: Microsoft Word
  • Views: 202
Payment Instruction
Bank payment for Nigerians, Make a payment of ₦ 5,000 to

Bank GTBANK
gtbank
Account Name Obiaks Business Venture
Account Number 0211074565

Bitcoin: Make a payment of 0.0005 to

Bitcoin(Btc)

btc wallet
Copy to clipboard Copy text

500
Leave a comment...

    Details

    Type Project
    Department Mechanical Engineering
    Project ID MCE0321
    Fee ₦5,000 ($14)
    No of Pages 43 Pages
    Format Microsoft Word

    Related Works

    CONSTRUCTION OF HEAT EXCHANGER FABRICATION OF A TUBE AND SHELL HEAT EXCHANGER SYSTEM ABSTRACT There are two methods of constructing heat exchangers: Plate type. Parallel flow-the hot fluid and the coolant flow in the same direction. Counter flow:- The hot fluid and the coolant flow in opposite direction. Cross flow: The hot fluid and the coolant... Continue Reading
    ABSTRACT The precise content of this project was to construct a model shell and tube heat exchanger. The material for construction of this project (equipment) and their dimensions are as follows: 500mm length of a tube bundle 20mm diameter of the tube bundle 650mm length of the shell 120mm... Continue Reading
    ABSTRACT The precise content of this project was to construct a model shell and tube heat exchanger. The material for construction of this project (equipment) and their dimensions are as follows: 1. 500mm length of a tube bundle 2. 20mm diameter of the tube bundle 3. 650mm length of the shell 4. 120mm diameter of the shell 5. 70mm length of the... Continue Reading
    ABSTRACT The precise content of this project was to construct a model shell and tube heat  exchanger.  The material for construction of this project (equipment) and their dimensions are as follows:  1.500mm length of a tube bundle  2.20mm diameter of the tube bundle  3.650mm length of the shell  4.120mm diameter of the shell  5.70mm length... Continue Reading
    TABLE OF CONTENT CHAPTER ONE Introduction CHAPTER TWO 2.0 Literature Review 2.0.1 Classification of heat Exchanger 2.0.2 Categories of heat exchangers 2.0.3 Types of heat exchangers 2.0.4 Material for constructions 2.0.5 Tube shape and position 2.0.6 Firing 2.0.7 Heat source 2.0.8 Design... Continue Reading
    INTRODUCTION The most common type of heat exchanger used in industry contains a number of parallel tubes enclosed in a shell and is thus called a shell and tube heat exchanger.  These heat exchangers are employed when a process required large quantities of fluid to be heated or cooled.  Due to their compact design, these heat exchangers contain... Continue Reading
    INTRODUCTION The most common type of heat exchanger used in industry contains a number of parallel tubes enclosed in a shell and is thus called a shell and tube heat exchanger. These heat exchangers are employed when a process required large quantities of fluid to be heated or cooled. Due to their compact design, these heat exchangers contain a... Continue Reading
    ABSTRACT According to the modern or dynamical Theory of heat: Heat a form of energy. The molecules of a substance are in parallel motion. The mean Kinetic energy per molecules of the substance is proportional to its absolute temperature. In description of heat, a molecule may consist of one or two or many atom depending upon the nature of the gas.... Continue Reading
    ABSTRACT According to the modern or dynamical Theory of heat: Heat a form of energy. The molecules of a substance are in parallel motion. The mean Kinetic energy per molecules of the substance is proportional to its absolute temperature. In description of heat, a molecule may consist of one or two or many atom depending upon the nature of the gas.... Continue Reading
    ABSTRACT The construction of this vertical fire tube boiler was carried out both at the industrial center and Mechanical Engineering workshop of the Institute of Management and Technology (IMT), Enugu.The boiler contains 2 steam tubes at triangular pitch which are enclosed in a shell. Water is introduced... Continue Reading
    Call Us
    Get this work
    whatsappWhatsApp Us