Introduction:

Natural gas propane refrigeration systems utilize propane as a refrigerant to achieve efficient cooling in natural gas processing, ensuring temperature regulation for safe storage and transportation. Propane refrigeration systems play a crucial role in cooling natural gas by efficiently managing temperatures during processing, storage, and transportation to ensure optimal performance and safety. This training program is designed to equip participants with the necessary knowledge and skills to effectively operate and maintain propane-based refrigeration systems.

Program Objectives:

At the end of this program, participants will be able to:

Explore propane refrigeration fundamentals and heat transfer principles.
Manage the operation and control of propane refrigeration system components.
Identify and operate centrifugal compressors in propane refrigeration systems.
Identify reciprocating compressor functions and key components.
Troubleshoot issues and improve the efficiency of propane refrigeration systems.

Target Audience:

Operation engineers,Operation supervisors.
Process engineer, Design engineer.
Maintenance engineer, Maintenance supervisors.
Mangers and team leaders.
Operators and SR. Operators.

Program Outlines:

Unit 1:

Fundamentals of Propane Refrigeration:

Introduction to refrigeration.
Refrigerator propane properties.
Overview of heat transfer principles.
Exploration of basic refrigeration systems.
Introduction to secondary cooling systems.

Unit 2:

Design, Operation, and Control of Propane Refrigeration System Components Cycle:

Analysis of typical single and multi-stage systems.
Understanding propane surge drum and pump loading.
Methods of examination of expansion valves and propane chillers.
Overview of economizers in refrigeration systems.

Unit 3:

Propane Refrigeration Centrifugal Compressor:

Introduction to centrifugal compressor principles.
Key activities for analyzing typical centrifugal compressor components.
Understanding multi-stage compressor operation.
Overview of axial compressors and their components.
Exploring compressor casings, rotors, and guide vanes.

Unit 4:

Propane Refrigeration Reciprocating Compressor:

Introduction to reciprocating compressor principles.
The role of gas compression in reciprocating compressors.
Overview of typical reciprocating compressor components.
Overview of compression unit operation and components.
Exploring compression unit cooling and lubrication systems.

Unit 5:

Propane Refrigeration Troubleshooting and Improve Efficiency:

Identification of indicators and checks for refrigeration systems.
How to perform operating checks and diagnosing operating problems.
Frameworks for refrigeration system controls and applications.
Factors affecting operation and efficiency.
Strategies to solve fouling problems and improve efficiency.
Key activities involved in the development of maintenance types and maintenance plans for refrigeration systems.

Natural Gas Propane Refrigeration System

Delegate Information

Company Information

Person Responsible for Training and Development