“PREVENTION OF EMERGENCY EVENTS IN PRESSURIZED PIPES DESIGNED FOR WATER CONSERVATION WITH AIR AND SURGE DAMPERS (CASE STUDY OF THE SARAY PUMP STATION IN THE KASHKADARYA REGION)”
Keywords:
Keywords: Water conservation, pressurized pipes, air intake system, surge dampers, emergency, safety, Kashkadarya region, Saray pump station.Abstract
Abstract: This paper examines the issues of water conservation and ensuring the
safety of pressurized pipes at the Saray Pump Station in the Kashkadarya region. The
effectiveness of preventing emergency events and protecting the pipes from high
pressure using special surge dampers and air intake systems is analyzed. The study
focuses on how water-saving technologies affect the protection of pipes and the
operation of surge dampers during emergency situations. Economic aspects, such as
energy conservation and optimal use of resources, are also considered in the work.
References
References:
1. Ministry of Water Management of the Republic of Uzbekistan. (2021). Water
Conservation and Efficient Management Technologies. Tashkent: Institute of
Water Resources and Hydraulic Technologies.
2. Sultonov, Sh. & Mustafoev, M. (2019). Safety of Pressurized Pipe Systems and
Water Supply. Tashkent: Publishing House of the University of Technology and
Innovations.
3. Qodirov, A. & Tursunov, M. (2020). Surge Dampers and Hydraulic Systems:
Theoretical Foundations and Practical Guide. Samarkand: Samarkand State
University.
4. Aliyev, T. & Yuldashev, A. (2018). Risks in Pipe Systems and Methods of
Prevention. Tashkent: Uzbekistan State Technical University.
5. Jalilov, I. (2017). Reducing Hydraulic Surges and Ensuring Safety in Water
Supply Systems. Tashkent: Scientific and Technical Center for Water and
Hydraulic Technologies.
6. G’ofurov, B. (2022). Practical Methods of Ecological Protection and Water
Resource Conservation. Bukhara: Bukhara State University.
7. Kasimov, N. & G'ayratov, U. (2016). Hydraulic Wars in Pressurized Pipelines
and Their Prevention. Tashkent: Engineering Publishing.
8. World Bank. (2021). Water Resource Management in Central Asia. Washington,
D.C.: World Bank Group.
9. Ahmedov, O. (2015). Water Conservation and Energy Efficiency Improvement.
Tashkent: Hydraulic Engineering and Resource Management Center.
10. World Economic Forum. (2020). Global Water Crisis and Solutions. Geneva:
World Economic Forum.
