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2 - OGE - Oil & Gas - General/Miscellaneous


OGE 145 - Heat Medium System & Thermal Oil Boiler (10 Days)

Code Start Date Duration Venue
OGE 145 08 August 2022 10 Days Istanbul Registration Form Link
OGE 145 03 October 2022 10 Days Istanbul Registration Form Link
OGE 145 28 November 2022 10 Days Istanbul Registration Form Link
OGE 145 19 December 2022 10 Days Istanbul Registration Form Link
Please contact us for fees

 

Course Description

Heat transfer systems or also known as thermal transfer systems or Temperature Control Units, are designed to provide indirect heat to processes using a thermal transfer fluid. Thermal Transfer fluids include water, glycol, water-glycol mixtures, and thermal oils. Heat transfer systems provide heating and cooling of exothermic processes. Heating and cooling can be accomplished using the same thermal transfer fluid. Heat Transfer Systems are used when close even temperatures are required across the process.

Course Objectives

  • Analyze Heat transfer fluid circuit
  • Understand characteristic temperatures 
  • Learn about Hot oil boiler 
  • Explore valves classification and selection criteria 
  • Discuss process control and ESD system 

Who Should Attend?

  • Technicians 
  • Technologist 
  • Engineers
  • Those who are engaged in design and/or specification of heat exchangers Staff
  • Anyone who wants to become more familiar with heat exchangers and the methods of analyzing them

Course Details/Schedule

Day 1

  • Types of heating
  • Thermal oil heaters
  • Indirect heating
  • Heat transfer circuit & diagram
  • Heat transfer fluid
  • Indirect heating advantages

Day 2

  • Thermal fluid characteristics
  • Selecting the appropriate heat transfer fluid
  • Types of systems
  • Non-pressurized liquid phase systems
  • Pressurized liquid phase systems
  • Steam phase systems
  • Thermal stability: Maximum operating temperature
  • Heat transfer efficiency
  • Minimum pumping temperature
  • Environment
  • Investment, economic cost

Day 3

  • Analysis of heat transfer fluids
  • Heat transfer fluid degradation
  • Frequency
  • Sample extraction
  • Parameters tested, visual inspection and chemical analysis
  • Boundary values, oxidation, and pollution 
  • Thermal cracking or overheating
  • Causes, precautions and advice

Day 4

  • Characteristic temperatures of heat transfer fluids
  • Types of temperatures
  • Testing standards
  • Temperature tables
  • The hot oil boiler
  • Types of boilers
  • Boiler with liquid fuels
  • Technical concepts
  • Electric heat transfer fluid boiler
  • Heat recovery boiler

Day 5

  • Heat recovery boiler operation
  • Types of boilers
  • Basic requirements
  • Boiler with liquid fuels: fuel oil, gas, natural gas or lpg.
  • Technical concepts
  • Heat exchange
  • Heat differential
  • Passes in the coils

Day 6

  • Electric heat transfer fluid boiler
  • Heat recovery boiler
  • Heat recovery boiler operation
  • Valves
  • Selection criteria
  • Classification according to their function
  • Classification according to its design

Day 7

  • Filling and draining installations
  • Main operations
  • Initial filling of the installation at start-up
  • Thermal fluid added from drums
  • Partial filling 
  • Vat or drums
  • Partial emptying and subsequent filling 
  • Emptying and subsequent filling of the load 
  • Emptying and subsequent filling of the boiler due to repair
  • Emptying and subsequent partial filling due to repair or change of valve

Day 8

  • Burners
  • Fuel to be used 
  • Adjustment of the burner to the boiler 
  • The expected operating regime of the equipment 
  • Type of regulation the burner must have.
  • The profitability of heat recovery 
  • Adaptation
  • Requirements due to the boiler
  • Production system requirements 

Day 9

  • Startup, shutdown, normal operation, emergency operation
  • Standard operating procedures 
  • Initial startup
  • Startup/shutdown procedures
  • Emergency s/d
  • Complete isolation for maintenance intervention

Day 10

  • Process control and ESD system
  • Instrumentation and   process control
  • Interlock system,    SIS,   SIL,  and  SIF
  • Incidents and troubleshooting 
  • Maintenance  of the boiler and auxiliary equipment