mobile Heat Transfer Basics Course English

Summary of course Summary of course

To acquire the necessary knowledge to manage the effective operation of heat exchangers.

Target Plant operators and engineers
Expected learning time 7hours
Shortest execution time 137minutes

Aim and feature of courseAim and feature of course

★Types, structures and features of heat exchangers used in petroleum plants, flow of the fluids inside heat exchangers, and other topics are realistically explained through a combination of computer graphics, narration, and video.
★Basic knowledge regarding heat and flow is taught through simple experiments, while the equation to calculate the heat duty is derived using the basic laws of heat transfers.
★From data on heat exchangers, participants consider the fouling in heat exchangers, to learn about the influence of fouling on the overall heat transfer coefficient and heat duty.

Curriculum Curriculum

Subject・Main items Main items
Introduction
Unit 1
  • (1)Types and Features of Heat Exchangers
  • 101 Heat Exchanger
  • 102 Types of Heat Exchangers
  • 103-1 Structure of Heat Exchangers – 1
  • 103-2 Structure of Heat Exchangers – 2
  • 103-3 Structure of Heat Exchangers – 3
Unit 2
  • (2)Basic Principles of Heat Transfer
  • 201-1 Basic Principles of Heat Transfer in Heat Exchangers – 1
  • 201-2 Basic Principles for Heat Transfer in Heat Exchangers – 2  
  • 202-1 Forms of Heat Transfer – 1  
  • 202-2 Forms of Heat Transfer – 2
  • 203 Forms of Heat Transfer in Heat Exchangers
  • 204-1 Flow Direction of Two Fluids – 1
  • 204-2 Flow Direction of Two Fluids – 2
  • 205-1 Energy Balance in Heat Exchangers – 1  
  • 205-2 Energy Balance in Heat Exchangers – 2
  • 206-1 Energy Balance Calculation – 1
  • 206-2 Energy Balance Calculation – 2
Unit 3
  • (3)Basic Laws of Heat Transfer
  • 301 Transfer of Heat
  • 302 States of Fluid Flow
  • 303 Velocity Boundary Layer
  • 304 Thermal Boundary Layer
  • 305 Heat Duty of Forced Convection Heat Transfer (Hot Side)
  • 306 Heat Duty Due to Thermal Conduction
  • 307 Heat Duty of Forced Convection Heat Transfer (Cold Side)
  • 308-1 Heat Duty in Thermal Transmission – 1
  • 308-2 Heat Duty in Thermal Transmission – 2
  • 308-3 Heat Duty in Thermal Transmission - 3
Unit 4
  • (4)Heat Transfer in Heat Exchangers
  • 401-1 Heat Transfer Area – 1
  • 401-2 Heat Transfer Area – 2
  • 402-1 Logarithmic Mean Temperature Difference – 1
  • 402-2 Logarithmic Mean Temperature Difference – 2
  • 403-1 LMTD Correction Factor – 1
  • 403-2 LMTD Correction Factor - 2
Unit 5
  • (5)Overall Heat Transfer Coefficient of Heat Exchangers
  • 501-1 Configuration Factors of the Heat Transfer Coefficient (hi) (1) – 1
  • 501-2 Configuration Factors of the Heat Transfer Coefficient (hi) (1) - 2
  • 502-1 Configuration Factors of the Heat Transfer Coefficient (hi) (2) – 1
  • 502-2 Configuration Factors of the Heat Transfer Coefficient (hi) (2) – 2
  • 503 Heat Transfer Coefficient (hi) in Heat Exchangers
  • 504 Overall Heat Transfer Coefficient in Heat Exchangers
Unit 6
  • (6)Heat Duty of Heat Exchangers
  • 601 Heat Exchanger Specifications Used to Calculate Heat Duty
  • 602 Calculation of the Heat Duty Using the Energy Balance Equation (1)
  • 603 Calculation of the Heat Duty Using the Energy Balance Equation (2)
  • 604 Calculation of Temperature Difference
  • 605 Calculation of the Heat Transfer Coefficient (hi) on the Shell Side (1)
  • 606 Calculation of the Heat Transfer Coefficient (hi) on the Shell Side (2)
  • 607 Calculation of the Heat Transfer Coefficient (hi) on the Shell Side (3)
  • 608 Calculation of the Heat Transfer Coefficient (hi) on the Tube Side
  • 609 Calculation of the Overall Heat Transfer Coefficient
  • 610 Calculation of the Heat Duty Using Fourier’s Equation
  • 611 Units of Heat Transfer Calculation
Unit 7
  • (7)The Effect of Heat Exchangers Fouling
  • 701-1 The Effect of Fouling – 1
  • 701-2 The Effect of Fouling – 2
  • 701-3 The Effect of Fouling – 3
  • 702 Tube Side Heat-Transfer Resistance and Overall Heat Transfer Coefficient
  • 703-1 Management of the Overall Heat Transfer Coefficient – 1
  • 703-2 Management of the Overall Heat Transfer Coefficient - 2