Hyderabad Water Board Explores Automation for Traditional Valves

Swift Summary

• The Hyderabad metropolitan Water Supply & Sewerage Board (HMWS&SB) plans a feasibility study for operating up to 1000 water valves using smart technology.
• Success of the Sanathnagar operation and management division prompted HMWS&SB chief K. Ashok Reddy to explore further implementation.
• A control room at the head office will be established to operate, control, and monitor valves via a unified system using Internet of Things (IoT) dialog.
• Smart meters may also be installed to link performance metrics such as water quality, quantity distributed, billing details, contamination levels, etc., improving operational efficiency.
• Currently, HMWS&SB manages over 15,000 valves; about 35% are regularly operated manually by linemen across various areas in Hyderabad.
• Risks associated with manual operations include incidents resulting in injuries or fatalities among linemen operating valves located in busy or narrow lanes.
• The proposed smart valve technology allows remote operation via apps and real-time monitoring of water parameters on dashboards.

Indian Opinion Analysis

The initiative by HMWS&SB to incorporate smart valve technology exemplifies a forward-thinking approach aimed at enhancing operational safety and efficiency.With the manual operation posing risks to workers’ safety in congested urban settings like Hyderabad,automating these processes through IoT not only mitigates hazards but also promises greater accuracy in managing resources such as water supply and distribution. Moreover, integrating smart meters is highly likely beneficial for accountability regarding usage data-potentially aiding conservation efforts.

The implications are meaningful: this shift could lead to improved transparency in utility services while ensuring better service delivery in emerging cities facing mounting urban challenges. Though,successful implementation depends on addressing logistical hurdles during setup alongside budgetary considerations for scaling this advanced infrastructure citywide.

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