Overview
We coordinate the engineering disciplines required to develop safe, efficient, maintainable, and expandable industrial facilities, with interfaces managed across the complete plant.
Process Engineering
- Process Flow Diagrams and Piping and Instrumentation Diagrams
- Heat and material balances
- Process equipment selection and system integration
- Production flow, yield, and efficiency optimization
- Production flow, yield, and efficiency optimization
- Process control philosophy and operating parameter development
- Plant capacity, flexibility, and scalability planning
Plant Layout and Plot Planning
- Overall plant and equipment layouts
- Material flow and vehicle movement studies
- Safety clearances and maintenance access planning
- Equipment clearance and constructability verification
- Pipe rack, utility corridor, warehousing, and dispatch layouts
- Provisions for future expansion
Mechanical and Piping Engineering
- Mechanical equipment specifications
- Piping layouts, routing, and design intent isometric drawings
- Pipe rack layouts and pipe support philosophy
- Line sizing, hydraulic calculations, and pump selection
- Stress analysis for high pressure and high temperature lines
- Pipe, valve, instrument, fitting, and material selection
- Steam, process, transfer, and utility distribution engineering
Civil and Structural Engineering
- Soil investigation coordination
- Equipment and tank foundation concepts
- Structural steel, pipe rack, platform, and walkway engineering
- Industrial building concepts
- Drainage, containment, road, and site grading concepts
- Structural integration of equipment, utilities, and access systems
Electrical Engineering
- Electrical load lists and power distribution philosophy
- Single Line Diagrams
- Transformer, substation, Motor Control Center, and Power Control Center engineering
- Cable routing, earthing, and grounding systems
- Plant lighting and lightning protection
- Electrical equipment selection and process system integration
Instrumentation and Automation
- Instrument selection and specifications
- Control system philosophy
- PLC and SCADA architecture
- Process monitoring, alarms, and safety interfaces
- Instrument cable and routing coordination
- Loop documentation and operator interface support
Utilities, Safety, and Dispatch Engineering
Utilities and Offsite Engineering
- Boiler and thermic fluid heating system selection and sizing
- Steam generation and distribution
- Cooling water systems and cooling tower engineering
- Plant and instrument compressed air systems
- Water Treatment Plants
- Effluent Treatment Plants and Sewage Treatment Plants
Fire Protection and Safety Engineering
- Fire water storage and pumping systems
- Hydrant and monitor layouts
- Fire detection and alarm coordination
- Protection for tank farms, process areas, utilities, and electrical areas
- Safe access and maintenance planning
- Coordination with applicable fire and safety standards
Packaging, Warehousing, and Dispatch
- Oil filling and packaging line layouts
- Bottle, tin, container, and bulk filling systems
- Tanker loading and bulk dispatch systems
- Warehousing and finished product movement layouts
- Material handling system integration
ENGINEERING OBJECTIVE
One coordinated technical interface that reduces rework, manages cross discipline interfaces, and prepares the project for efficient construction and commissioning.
