Project Introduction

The project focused on conducting comprehensive studies and developing an efficient water distribution network to meet the water supply needs of both cities.

Engineering services include detailed evaluations and analyses of existing water distribution infrastructures in Zahak and Hirmand, which include studying water demand patterns, hydraulic modeling, and assessing the capacity and performance of the current network.

Design Process

Based on the findings of the studies, we created a customized plan for the water distribution network. The design process included optimizing pipe size, and determining optimal routing; It also included identifying suitable locations for tanks, pumping stations, and control valves. Factors such as population growth, future demand forecasts, and geographic constraints were also considered. Engineering services also include the implementation of remote monitoring systems, integration of modern technologies and advanced control systems to increase the efficiency and reliability of the water distribution network, leak detection mechanisms, and automatic control valves to improve water management and minimize losses.

Sustainability and Development

In addition, the design of this project focused on not only ensuring the equitable distribution of water throughout Zahak and Hirmand but also prioritizing access to safe and clean water for all residents. Moreover, we integrated environmental sustainability and conservation practices into the design, promoting responsible management of water resources.

By performing these engineering services and designing the water distribution network, Zahak, and Hirmand’s goal was to improve the efficiency of the water supply, reduce water losses, and ensure a consistent and fair water distribution system for its residents. This project contributes to the overall development and prosperity of these cities by providing reliable and sustainable water infrastructure.

Conclusion

In conclusion, this project represents a commitment to provide an efficient and sustainable water supply system. The studies and subsequent design will ensure optimal water distribution, improved management, and equitable access to clean water for residents of both cities.