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This project involved the full scope of Engineering, Procurement, and
Construction (EPC) management for the design and supply of a multi-stage
gas compressor system. This system consisted of three stages of
compression, namely the low-pressure (LP), medium-pressure (MP), and
high-pressure (HP) stages. In addition, the project included other
mechanical equipment packages that consisted of pressure vessels, pump
skids, heat exchangers, flare packages for both the LP and HP stages,
structural sheds, fire-fighting systems, and a seal gas compressor with a
sorbent type H2S removal unit. Electrical and instrumentation auxiliaries
were also included in the project, such as switchgears, distribution
panels, transformers, field instruments, junction boxes, cables, and
accessories.
To successfully complete this project, the following activities were undertaken:
- Detailed engineering for the compressor system and auxiliary equipment was conducted to ensure efficient operation and compliance with safety regulations and industry standards.
- Procurement activities were performed to ensure the timely and cost-effective acquisition of equipment and materials required for the project.
- Construction management was executed to ensure the successful installation and commissioning of the compressor system and auxiliary equipment.
- Electrical and instrumentation installation was completed to ensure the proper functioning of the compressor system and auxiliary equipment.
- Quality control was implemented throughout the project to ensure that all components were of the required standard and that the project met or exceeded industry and safety standards.
The successful completion of this project required careful planning, efficient execution, and effective communication between all stakeholders involved. The end result is a high-quality, reliable gas compressor system and auxiliary equipment that will serve the intended purpose for years to come.