Engineering, Procurement and Supply (EPS) Project – Overview
An Engineering, Procurement and Supply (EPS) Project is a structured project delivery model where a single contractor is responsible for engineering design,
procurement of materials, and supply of all required components.
This approach ensures that clients receive a fully engineered, high-quality, and readyto-install system, with all technical specifications, materials, and components properly coordinated and aligned with project requirements.
EPS projects are widely used in industrial plants, material handling systems, infrastructure projects, and manufacturing facilities, where precision and timely delivery are critical.
Engineering
The engineering phase is the backbone of an EPS project. It involves detailed planning, design, and technical development to ensure optimal system performance and compliance with industry standards.
Key Activities:
• Preparation of General Arrangement (GA) drawings
• Detailed engineering and fabrication drawings
• Equipment selection and technical evaluation
• Structural and mechanical design
• Preparation of Bill of Materials (BOM)
This phase ensures that the system is designed efficiently, safely, and in line with project specifications.
Procurement
The procurement phase focuses on sourcing and purchasing all necessary materials and equipment from reliable vendors while maintaining quality and cost efficiency.
Key Activities:
• Vendor identification and evaluation
• Request for Quotation (RFQ) and technical comparison
• Purchase order placement
• Quality inspection and testing
• Logistics and delivery planning
Effective procurement ensures that all materials meet required standards and are delivered on time without compromising quality.
Supply
The supply phase involves manufacturing, packaging, and delivering materials and equipment to the project site as per the defined schedule.
Key Activities:
• Manufacturing and fabrication
• Quality inspection and documentation
• Packaging and dispatch
• Transportation and delivery to site
• Documentation and final handover
This stage ensures smooth coordination so that all components reach the site safely, accurately, and on schedule.
Advantages of EPS Projects
• Single-point responsibility for engineering and material supply
• Strong coordination between design and procurement
• Improved quality control through integrated processes
• Reduced project risks and delays
• Cost optimization through efficient procurement strategies
Conclusion
An EPS project model offers a streamlined and integrated approach by combining engineering, procurement, and supply under one contractor. This ensures better
coordination, higher efficiency, and timely delivery of all project components.
By managing both technical and material aspects, EPS projects help deliver reliable, cost-effective, and high-quality solutions, making them ideal for complex industrial and infrastructure developments.