Process integration
Process conditions, equipment and utilities developed as one operating system.
Integrated process, mechanical, piping, electrical and control engineering turns complex requirements into safe, efficient and buildable industrial facilities.
Process conditions, equipment and utilities developed as one operating system.
Energy, water, steam and compressed-air demand designed around real loads.
Hazards, maintainability and operational needs embedded from the start.
Clear interfaces, coordinated layouts and practical installation information.
We connect process intent with detailed multidisciplinary engineering, coordinating equipment, utilities, layouts, controls and technical documentation into a coherent delivery package.
Process definition and utility engineering built around capacity, quality and operating requirements.
Engineering and specification of static, rotating and packaged equipment.
Safe and coordinated piping systems for process, utility and offsite services.
Power, measurement and control systems matched to operational priorities.
Practical risk reduction and operability input throughout design development.

One coordinated engineering system from design basis to operational readiness.
Process. Mechanical. Piping. Electrical. Controls. Safety.
Confirm capacity, feedstocks, products, constraints and success criteria.
Establish the process, utilities and major equipment configuration.
Integrate disciplines, vendors, interfaces and the plant layout.
Review safety, operability, constructability and technical compliance.
Issue controlled engineering packages and support implementation.
Integrated process, mechanical, piping, electrical and control engineering turns complex requirements into safe, efficient and buildable industrial facilities.
