The project formed part of an EPC contract for the replacement of Emergency Diesel Generators (EDGs) and the upgrade of the low-voltage system at the Lower Zakum facilities in Abu Dhabi
Details
SectorPetrochemicals
LocationAbu Dhabi, United Arab Emirates
ClientCCTC– JPW – SEAWAY – ADNOC OFFSHORE (offshore oil drilling platform)
Year2024
Duration2 months
Cost€€€
ProjectCategoryIndustrial Project
FieldPetrochemical Industry
Services ProvidedDesign Services for Power Distribution Subpanels & Control Systems
Serviceind
Key Engineering Highlights:• Electrical subpanel design for EDG integration
• Automation and control system configuration
• EPC environment coordination
• Compliance with industrial power reliability standards
• Integration within critical emergency power systems
Description
Engineering services included the design of electrical subpanels for power supply and control applications, ensuring integration with the upgraded emergency generation system.
The design process was carried out in close collaboration with the project’s multidisciplinary engineering team and under the coordination of the project management structure, ensuring compliance with EPC technical specifications and site operational requirements.
Particular emphasis was placed on reliability, system redundancy and seamless integration within a high-demand petrochemical industrial environment.
Executive Summary
The project formed part of an EPC contract for the replacement of Emergency Diesel Generators (EDGs) and the upgrade of the low-voltage system at the Lower Zakum facilities in Abu Dhabi, within an offshore petrochemical industry environment. Our scope focused on the detailed design of power distribution subpanels and automation systems, supporting the modernization of critical backup power infrastructure.

Executive Summary
The project formed part of an EPC contract for the replacement of Emergency Diesel Generators (EDGs) and the upgrade of the low-voltage system at the Lower Zakum facilities in Abu Dhabi, within an offshore petrochemical industry environment. Our scope focused on the detailed design of power distribution subpanels and automation systems, supporting the modernization of critical backup power infrastructure.