Basics Of Heat Exchanger Design, Operation & Inspection
Published 12/2023
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.05 GB | Duration: 2h 30m

Learn the Principles, Design Considerations of Heat Exchanger Design

What you'll learn

Types of Heat Exchangers

Causes of failure in heat exchangers

Heat exchangers design considerations

Good practices to avoid fouling

Heat transfer basics

Box Cooler / Bayonet. Cooler

Shell & Tube heat exchanger

TEMA nomenclature

AEW type heat exchanger

BEM type heat exchanger BEU type heat exchanger AET/S type heat exchanger BKU type he

BEU type heat exchanger

AET/S type heat exchanger

BKU type heat exchanger

Tube-side flow allocation

Exchanger component description covering tubes, shell and baffle

How to use HTRI software?

Requirements

Working towards a diploma or degree in engineering

Working in a process plant

Description

Heat Exchangers are part and parcel of the process plants. The design of heat exchangers is always done by specialists in an EPC company or in vendor office. Most of the time such people conduct only exchanger design. However, a process engineer, mechanical engineer or a plant operations professional may be required understand and exchanger design, specify an exchanger or trouble shoot an exchanger operation. They need to have an overall understanding of the design, construction, operation of the equipment in order to be effective.This course is intended to equip people intending to be in such positions of responsibility.The course contents are as belowIntroduction to Heat ExchangersTypes of Heat ExchangersCauses of failure in heat exchangersHeat exchangers design considerations Good practices to avoid foulingHeat transfer basicsBox Cooler / Bayonet. CoolerShell & Tube heat exchanger Welded plate type heat exchangerTEMA nomenclature, AEW type heat exchanger AEP type heat exchangerBEM type heat exchangerBEU type heat exchangerAET/S type heat exchangerBKU type heat exchangerExchanger basic components description Exchanger basic components: tubesExchanger basic components: shellExchanger basic components: baffleTube-side flow allocationHow to use HTRI software?Causes of failure in heat exchangersMore content with regard to operation, construction and inspection will be added soon.

Overview

Section 1: Introduction

Lecture 1 Introduction to Heat Exchangers

Lecture 2 Types of Heat Exchangers

Lecture 3 Causes of Failure in Heat Exchangers

Section 2: Heat Exchanger Design Considerations

Lecture 4 Heat Exchanger Design Logic

Lecture 5 Design Considerations - Heat Transfer Equation

Lecture 6 Design Considerations - Heat Transfer Coefficient

Lecture 7 Design Considerations - Effective Temperature Difference

Lecture 8 Design Considerations - Temperature Approach in Heat Exchanger

Lecture 9 Design Considerations - Fouling Factors affecting Heat Exchanger Design

Lecture 10 Good Practices to avoid fouling

Section 3: Heat Transfer Engineering

Lecture 11 Heat Transfer Basics

Lecture 12 Example on Conduction Heat Transfer

Lecture 13 Example on Radiation Heat Transfer

Lecture 14 Example on Radiation Heat Transfer

Section 4: Heat Exchanger Types

Lecture 15 Box Cooler / Bayonet Cooler

Lecture 16 Shell & Tube Exchanger

Lecture 17 Shell & Tube Exchanger - Floating Head

Lecture 18 Shell & Tube Exchanger - U-Tube Design

Lecture 19 Shell & Tube Exchanger - Re-boiler / Kettle Type Design

Section 5: TEMA Nomenclature & Exchanger Type

Lecture 20 TEMA Nomenclature - Channel Head Types

Lecture 21 TEMA Nomenclature - Rear End Types

Lecture 22 TEMA Nomenclature - Shell Types_1

Lecture 23 TEMA Nomenclature - Shell Types_2

Lecture 24 TEMA Nomenclature - Shell Types_3

Lecture 25 TEMA Nomenclature - Shell Types_4

Lecture 26 TEMA Nomenclature - Shell Types_5

Lecture 27 TEMA Nomenclature - Shell Types_6

Lecture 28 AEW Type Shell & Tube Exchanger

Lecture 29 AEP Type Shell & Tube Exchanger

Lecture 30 BEM Type Shell & Tube Exchanger

Lecture 31 BEUType Shell & Tube Exchanger

Lecture 32 AET/S Type Shell & Tube Exchanger

Lecture 33 BKU Type Shell & Tube Exchanger

Section 6: Shell & Tube Exchanger Components

Lecture 34 Exchanger Basic Component Description

Lecture 35 Basic Components -Tubes

Lecture 36 Basic Components -Tubes & Tubesheet

Lecture 37 Basic Components -Tubes Continued

Lecture 38 Basic Components -Baffles

Lecture 39 Shell & Tube Exchanger - Fixed Tube Sheet Design

Lecture 40 Basic Components -Shell

Lecture 41 Tubeside flow allocation

Lecture 42 Criteria for Selection and Allocation of Fluid to Shell & ube

Section 7: HTRI software for Exchanger design

Lecture 43 Using HTRI Software-1

Lecture 44 Using HTRI Software-2

Section 8: Tips for quick design / construction type

Lecture 45 Fixed tube-sheet construction

Lecture 46 U tube type construction

Lecture 47 Floating head type construction

Lecture 48 Tips for quick tube side design checks

Anyone who is curious about heat exchanger design, operation