El Raswa II Drinking Water Treatment Plant, Egypt
Expanding Capacity with Smart Engineering
The El Raswa II Drinking Water Treatment Plant in Port Said, Egypt, is a flagship project that combines intelligent design with cutting-edge technology to deliver safe and reliable drinking water to nearly half a million people. Originally built with a design capacity of 80,000 m³/day, the facility was later upgraded to treat 100,000 m³/day, showcasing the scalability and efficiency of modern water infrastructure.
Developed for the Suez Canal Authority, the plant sources raw water from the River Nile and incorporates advanced multi-barrier technology to ensure that the final output meets stringent drinking water standards. Its compact footprint, automation, and operational efficiency make it a standout reference for sustainable Drinking Water Treatment Plant design in the Middle East and North Africa.
Ensuring Reliable Drinking Water for Port Said
Port Said, a city of strategic importance in Egypt, required a resilient and high-capacity solution to meet the rising water demand of its residents. The El Raswa II Drinking Water Treatment Plant was delivered under an EPC model covering Engineering, Procurement, and Construction. With the upgraded capacity, it now provides safe and clean water to approximately 500,000 residents, significantly strengthening water security in the region.
By implementing state-of-the-art treatment processes and automation, the El Raswa II Drinking Water Treatment Plant ensures consistent water quality, efficient resource utilization, and optimized operating costs.
Scope of El Raswa II Drinking Water Treatment Plant:
- EPC turnkey project including design, supply, installation, construction, and commissioning.
Key Technologies involved in El Raswa II Drinking Water Treatment Plant:
- Multi-barrier treatment with Activated Carbon Dosing System
- Variable Frequency Drives (VFDs) for energy optimization
- Automated Backwash programs for operational reliability
- Sludge Blanket System for enhanced sedimentation
- Screening and intake system (three mesh widths)
- Pre- and Post-Chlorination (gaseous Cl₂)
- Coagulation and flocculation (dual-unit setup)
- Filtration (12 advanced filters)
- Intermediate treated water storage and SCADA control for real-time monitoring
This integrated process ensures robust contaminant removal, consistent efficiency, and cost savings.
Intelligent Process Design – Efficiency at Scale
The El Raswa II Drinking Water Treatment Plant is designed to achieve maximum output with minimal resources. By combining automation with energy-efficient drives and optimized backwash cycles, this Drinking Water Treatment Plant reduces manpower needs, minimizes chemical consumption, and ensures stable operations under varying water quality conditions.
This level of smart integration not only reduces costs but also extends the lifespan of treatment assets, ensuring sustainable long-term operation.
Social and Environmental Impact
The El Raswa II Drinking Water Treatment Plant is more than just a piece of infrastructure; it is a community enabler:
- Safe Drinking Water: Delivers high-quality water to more than 500,000 people in Port Said.
- Sustainability: Optimizes resource use while reducing operational costs and environmental footprint.
- Public Health: Improves hygiene and reduces risks of waterborne diseases.
- Economic Growth: Supports the region’s development by ensuring reliable access to safe water for households, industries, and institutions.
El Raswa II Drinking Water Treatment Plant – A Model of Modern Water Infrastructure
The El Raswa II Drinking Water Treatment Plant reflects how innovation, smart engineering, and sustainable design can transform water security in rapidly growing regions. By combining advanced technologies with efficient operations, it delivers clean water at scale while reducing costs and conserving resources.
This Drinking Water Treatment Plant in Port Said stands as a model for future-ready water infrastructure projects in Egypt and beyond.