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Izmir Water Treatment Plant, Türkiye

Izmir Drinking Water Treatment Plant, Türkiye

Securing Safe Water for Millions

The Izmir Drinking Water Treatment Plant in Türkiye stands as one of the largest and most advanced drinking water treatment plant project in the region, ensuring sustainable water security for the rapidly growing Izmir Metropolitan Area. Executed for the General Directorate of Izmir Water and Canalization Administration (IZSU), the drinking water treatment pant project demonstrates how advanced engineering and multi-barrier treatment technologies can deliver safe, reliable, and high-quality water in a challenging environment.

Designed to treat raw water from Barrage Lake, the facility incorporates modern systems that effectively reduce turbidity, ammonia, and other impurities. With a treatment capacity of 401,500 m³/day (400 MLD), the drinking Water Treatment Plant secures drinking water for millions of residents, making it a vital infrastructure for one of Türkiye’s most dynamic cities.

Meeting Izmir’s Growing Demand

Izmir, as Türkiye’s third-largest city, faces growing water demand from urban expansion, industrialization, and rising population. The Izmir Drinking Water Treatment Plant was delivered under a turnkey model, covering design, engineering, equipment supply, installation, commissioning, and performance testing.

By implementing a robust multi-barrier system, the project ensures uninterrupted supply of safe drinking water even under variable raw water conditions. The Drinking Water Treatment Plant strengthens resilience against environmental challenges while setting benchmarks in operational efficiency.

Scope of Izmir Drinking Water Treatment Plant :

    • Turnkey execution, including civil works, supply of equipment, installation, testing, and commissioning.

Technologies involved in Izmir Drinking Water Treatment Plant:

    • Multi-barrier treatment system
    • Ozonation for oxidation of contaminants
    • Clarification and filtration for removal of suspended particles
    • Advanced disinfection methods to ensure water safety
    • Sludge dewatering for sustainable waste management

The seamless integration of these processes makes the Izmir Drinking Water Treatment Plant one of the most reliable facilities of its kind in Türkiye.

Advanced Multi-Barrier Technology

The Izmir Drinking Water Treatment Plant incorporates a sophisticated multi-barrier system designed to address diverse water quality challenges:

  • Ozonation: Breaks down organic contaminants and reduces odor/taste issues.
  • Clarification and Filtration: Removes turbidity and suspended solids, producing crystal-clear water.
  • Disinfection: Ensures microbial safety and compliance with national and international standards.
  • Sludge Management: Dewatering units enhance operational sustainability and reduce environmental footprint.

This technology-driven approach ensures the plant consistently delivers safe drinking water for millions of residents.

Social, Economic, and Environmental Impact

The Izmir Drinking Water Treatment Plant is not only an engineering achievement but also a social enabler:

  • Public Health: Ensures access to hygienic and safe drinking water, reducing waterborne disease risks.
  • Water Security: Guarantees a sustainable water supply for Izmir’s metropolitan area.
  • Economic Growth: Strengthens industrial and commercial development through reliable water availability.
  • Environmental Protection: Incorporates sludge dewatering and resource-efficient processes for sustainable operations.

Izmir Drinking Water Treatment Plant – A Pillar of Urban Resilience

The Izmir Drinking Water Treatment Plant is a landmark project showcasing Türkiye’s commitment to modern, sustainable water management. By combining advanced technologies with large-scale execution, the facility strengthens resilience against water scarcity and supports the long-term growth of Izmir’s population.

This Drinking Water Treatment Plant is a model for future-ready infrastructure, demonstrating how smart design and innovation can ensure water security for generations to come.