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Electromechanical Installations of RO Desalination Plant in Ras Al khair City

Electromechanical Installations of RO Desalination Plant in Ras Al khair City

Project Overview

This project, carried out for Ma’aden Phosphate Company / SUEZ, involves the electromechanical installation of a Reverse Osmosis (RO) Desalination Plant in Ras Al Khair City.

The project aims to provide a reliable and efficient water treatment solution through advanced reverse osmosis technology. It includes the installation, integration, testing, and commissioning of mechanical, electrical, instrumentation, and control systems required for efficient and reliable plant operation.

The project supports industrial water requirements, improves water treatment efficiency, and enhances the reliability and sustainability of desalination operations in accordance with applicable technical, environmental, and HSE requirements.

Scope of Work

The project encompasses the electromechanical installation works for the RO Desalination Plant, including:

  • Installation of RO units, pumps, pressure vessels, membranes, piping, valves, and associated equipment.
  • Installation of electrical power systems, panels, cabling, and earthing systems.
  • Installation of instrumentation, control, automation, and monitoring systems.
  • Integration of RO systems with auxiliary mechanical and electrical systems.
  • Installation of water pumping and chemical dosing systems.
  • Testing, pre-commissioning, commissioning, and performance verification.
  • Inspection and quality control of electromechanical installation works.
  • Technical support and troubleshooting during installation and commissioning.
  • Preparation of testing, commissioning, and technical documentation.
  • Compliance with project specifications, safety standards, and HSE requirements.

Technological Impact

The project enhances industrial water treatment and desalination capabilities through the implementation of modern Reverse Osmosis (RO) technology and advanced electromechanical and automation systems.

The integration of efficient pumping systems, instrumentation, and automated controls improves plant performance, reliability, and operational efficiency. The project also supports sustainable water management by providing reliable treated water for industrial applications and improving overall resource efficiency.