Process Plant Design and Engineering Service

Our engineering approach combines process expertise, mechanical design, automation, and utility engineering into a single coordinated workflow. This integration eliminates design gaps, reduces execution risks, and delivers plants that operate exactly as intended.

We work closely with owners, EPC contractors, and operation teams to translate production requirements into fully engineered systems, compliant with international standards and adapted to local operating conditions.

• Process definition and capacity evaluation
• Process Flow Diagrams (PFD)
• Mass & energy balance calculations
• Utility consumption analysis
• Process optimization and debottlenecking

Each process is engineered with a focus on product quality, operational stability, energy efficiency, and future scalability.

• Piping & Instrumentation Diagrams (P&ID)
• Equipment datasheets and technical specifications
• Mechanical design of process equipment
• Bill of Materials (BOM)
• Technical requisitions and vendor coordination

Our detailed engineering packages are execution-ready, minimizing site changes and construction delays.

• General arrangement (GA) and plant layout design
• Equipment positioning and maintenance access studies
• Piping routing and stress-conscious layouts
• Isometrics and fabrication drawings

Layouts are developed with safety, operability, maintenance, and future expansion in mind.

• Process control philosophy and logic
• PLC programming and system architecture
• Control panel and power panel design
• Instrument selection and loop diagrams
• Integration with SCADA and DCS systems

We design automation systems that are robust, operator-friendly, and aligned with process criticality.

• Boiler rooms and steam distribution systems
• Thermal oil and hot water systems
• Refrigeration and cooling systems
• Compressed air and industrial gases
• HVAC for process and clean areas
• Heat transfer, hydraulic, and energy calculations
• Equipment sizing verification and code compliance