Desalter Replacement Project at Major Refinery in Malaysia

MECIP successfully delivered engineering services for the Desalter Replacement Project at a major refinery facility in Malaysia. The project involved the replacement and integration of critical desalting equipment within an operating refinery environment to improve crude oil treatment efficiency, operational reliability, and long-term asset performance.

The desalter system plays a vital role in refinery operations by removing salts, water, and contaminants from crude oil prior to downstream processing. As part of the refinery modernization initiative, the project required the installation of new desalting facilities and associated piping, structural, electrical, instrumentation, and utility systems while maintaining the operational integrity of existing refinery units.

Executed as a complex brownfield development, the project demanded extensive engineering coordination, constructability assessments, and integration planning to ensure seamless installation within a highly congested operating refinery environment. Utilizing advanced 3D modelling and multidisciplinary engineering expertise, MECIP optimized equipment layout, piping routing, and interfacing requirements to minimize construction risks and operational disruptions.

The successful completion of the project enhanced crude processing capability, improved operational reliability, and supported the refinery’s long-term asset sustainability and production objectives.