UP's Dilapidated Barrages: Yogi Govt Replaces Critical Water Gates Across State in 9.5-Year Push

Overhauling decades of structural neglect and age-related wear, the Uttar Pradesh Irrigation and Water Resources Department has carried out an extensive technical revitalization of the state's irrigation infrastructure over the past nine and a half years. Under the directives of Chief Minister Yogi Adityanath, the state administration has prioritized the systematic repair, manufacturing, and replacement of mechanical and hydromechanical gates across major river barrages, canal head regulators, and reservoir dams. Designed to secure uninterrupted canal water flow for agricultural operations while building resilient defenses against monsoon inundation, the phased initiative has replaced decaying, high-risk structures using high-grade mechanical fabrication and specialized underwater engineering techniques.

Modern Engineering Revives Critical River Barrages Across Uttar Pradesh

Principal Secretary for Irrigation and Water Resources, Anil Garg, reported that aging infrastructure that suffered from sustained corrosion and mechanical fatigue has been modernized on a priority basis:

• Pilibhit Chukka Head Regulator: Complete replacement of all 4 regulatory sluice gates, restoring smooth discharge control into regional distribution canals.

• Narora Barrage in Bulandshahr: Out of 61 total barrage gates, 13 have been fully fabricated and installed, with the reconstruction and phased replacement of the remaining 48 gates currently in active execution.

• Lucknow Gomti Barrage: All 10 river control gates have been replaced with modern hydromechanical assemblies to ensure water level stability and urban flood discharge.

• Etah Regulating Systems: Successful replacement of 20 vital gates spanning the Tatarpur Lower Ganga Canal (LGC), Parallel Lower Ganga Canal (PLGC) connecting regulators, and feeder head regulators.

• Okhla Barrage (Delhi-NCR): Comprehensive replacement of 18 out of 27 sluice gates, with 3 high-capacity emergency spare gates maintained on-site on permanent standby.

• Bhimgoda Barrage in Haridwar: Successful overhaul and replacement of 8 defective units out of 22 total gates, safeguarding seasonal water division.

• Western UP Barrages: Overhaul of 9 out of 15 gates at Canary Barrage in Rampur and complete replacement of all 8 gates at Hindon Barrage in Ghaziabad.

• In-House Departmental Fabrication: The replacement gates were manufactured at the department's dedicated ISO-certified engineering workshops situated in Bareilly and Jhansi, ensuring stringent structural quality control and standardized fabrication.

Underwater Engineering Feat: Deep-Water Gate Replacements at 60 to 70 Feet

Overcoming complex hydromechanical challenges, state engineers executed unprecedented sub-surface installations in deep reservoir waters:

• Tackling Depths of 60 to 70 Feet: For the first time in Uttar Pradesh's engineering history, specialized underwater divers and remote hydraulic machinery replaced under-sluice gates submerged at extreme depths without draining reservoirs.

• Key Dam Installations: Deep-water installations were completed at Matatila Dam, the Meja-Jirgo Link Regulator, and Kachnoda Dam in Lalitpur, where two under-sluice gates operating at a 60-foot depth were replaced and supplemented with on-site reserve spares.

• Strategic Emergency Reserves: Fully fabricated spare gates have been manufactured and stationed at critical regional barrages—including Maudaha in Hamirpur, Lahchura in Mahoba, Kho Barrage in Bijnor, Ghaghra Barrage in Bahraich, and Sharda Barrage in Lakhimpur Kheri—enabling instant mechanical swap-outs during sudden operational failures.

Disaster Preparedness: Sealing High-Pressure Leaks at Chandraprabha Dam

Chief Engineer (Mechanical) Upendra Singh highlighted that the ongoing modernization emphasizes proactive disaster mitigation over reactive repairs:

• Preemptive Standby Systems: Maintaining reserve gates directly at barrage sites eliminates procurement delays, ensuring that unpredicted mechanical jamming during flood surges can be neutralized before water levels breach containment banks.

• Halting Chandraprabha Dam Seepage: Following reports of severe water loss from under-sluice gates submerged at an 80-foot depth at Chandauli's Chandraprabha Dam, departmental teams intervened immediately.

• Permanent Deep-Sea Sealing: Expert divers utilizing underwater cutting, welding, and sealing technologies successfully arrested the high-pressure leaks, preventing water depletion and securing critical reservoir reserves for ongoing Kharif irrigation and upcoming rabi sowing cycles.