The Sixth Water Treatment Plant of Tehran is a major infrastructure project aimed at increasing the city’s water treatment capacity, improving water quality, and reducing the operational load on existing facilities. It is a strategic response to the growing population and rising demand for clean, safe drinking water in the capital.
| Project start date: September 19, 2023 |
Contract duration: 30 months
Project value:
70.090.979
$
$70.090.979
Project value:
Project Objectives
Increase the overall water treatment capacity
Improve the quality of treated water to meet national and international standards
Reduce pressure on existing treatment plants
Ensure sustainable water supply for Tehran’s growing population
Minimize environmental impact through advanced technologies
Create direct and indirect employment opportunities in the water sector
Main Components of the Project
Process and Structural Units
Construction of core facilities including sedimentation basins, filtration units, process control center, mechanical installations, and laboratories
Precision engineering of reinforced concrete structures with hydraulic and sanitary compliance
Support and Monitoring Units
Establishment of a water reuse unit to optimize resource efficiency
Energy supply and mechanical system support
Advanced monitoring systems for plant operation and maintenance
Key Project Elements
Filtration Units: Removal of physical particles from raw water
Process Control Center: Real-time monitoring and management of treatment processes
Mechanical Installations: Energy supply and technical support
Water Reuse Unit: Recovery and reuse of treated water to reduce waste
Supervisory Systems: Continuous monitoring and maintenance of plant performance
Environmental and Social Impact
Plays a vital role in securing sustainable drinking water for Tehran
Reduces environmental impact through modern, eco-friendly technologies
Generates employment across engineering, operations, and maintenance sectors
Main Components of the Project
Process and Structural Units
Construction of core facilities including sedimentation basins, filtration units, process control center, mechanical installations, and laboratories
Precision engineering of reinforced concrete structures with hydraulic and sanitary compliance
Support and Monitoring Units
Establishment of a water reuse unit to optimize resource efficiency
Energy supply and mechanical system support
Advanced monitoring systems for plant operation and maintenance