Drinking Water Purification Plant Farshot in Qena Governorate with capacity of 35.000m3/ day
The Drinking Water Purification Plant Project in Farshout, Qena Governorate, is a vital project aims at providing clean and safe drinking water to the local population. The project contributes to improve water services and enhance the quality of life, while also addressing the increasing demands for water and ensuring compliance with environmental and health standards.
Project Details
- Type: Drinking Water Purification Plant
- Location: Farshout, Qena Governorate, Egypt
- Capacity: 35,000 m³ per day
Project Objectives
- Providing Clean Drinking Water : The project aims to supply safe and high-quality drinking water that meets health standards, improving public health and living standards for population.
- Meeting increasing Demand: As the population in the area increases, Farshout water purification plant will effectively meet the growing demand for drinking water.
- Protecting Water Resources: The project promotes environmental sustainability by using advanced water treatment technologies, reducing pollution, and protecting local water resources.
Project Phases
- Construction and Setup: Building the plant and equipping it with the latest technologies and equipment to ensure high efficiency in water purification.
- Quality Testing: Regular testing of the treated water to ensure that, it meets the highest quality standards and safety for consumption.
- Operation and Maintenance: Continuous operation and regular maintenance of the plant to ensure reliable performance around the clock.
Expected Benefits
- Improved Quality of Life: Providing clean drinking water helps reduce diseases that associated to the polluted water , positively impacting the community’s health.
- Supporting Local Development: Enhancing water infrastructure in Farshout plant supports local development and improves the quality of essential services in the region.
- Job Creation: The project creates new job opportunities during the construction and operation phases, contributing to the local economy and increasing employment.
