In a decisive move to improve urban water management, the Government of Delhi has deployed two advanced aquatic cleaning machines at the Najafgarh Drain near Punjabi Bagh. Supplied by Autocracy Machinery, the Rudra AquaMax 13M5T units are designed to tackle long-standing issues of water hyacinth overgrowth, floating waste, and silt accumulation that have hindered the drain’s efficiency for years.
The launch event was attended by senior political leadership, including the Minister of the Irrigation and Flood Control Department, Members of Parliament, and local legislative representatives, along with departmental officials. Their presence underscored the urgency of addressing waterlogging and pollution challenges in one of the capital’s most critical drainage channels.
Over time, the Najafgarh Drain has struggled under increasing environmental pressure. Heavy vegetation growth, combined with persistent dumping of solid waste, has significantly reduced its carrying capacity. During the monsoon season, these conditions often result in overflow and prolonged flooding in nearby neighborhoods. Traditional manual cleaning efforts have proven insufficient against the scale and speed of recurring blockages.
The introduction of mechanised cleaning marks a shift toward a more efficient and sustainable solution. The Rudra AquaMax 13M5T is engineered for dual functionality, enabling it to remove both aquatic weeds and floating debris in a single operation. Built on a floating platform, the machine uses a coordinated cutting and conveyor system to clear vegetation and collect waste continuously, reducing downtime and improving coverage across long stretches of the drain.
With a high-capacity onboard storage system and diesel-powered propulsion, the machines are capable of sustained operations with minimal interruption. Integrated GPS tracking and real-time monitoring further enhance operational transparency, allowing authorities to supervise performance remotely and ensure accountability.
Officials expect the deployment to significantly improve water flow, reduce pollution levels, and enhance flood preparedness ahead of the upcoming monsoon. The timing allows several months of continuous operation to clear accumulated waste and vegetation before peak rainfall begins.
This initiative may serve as a model for broader adoption across Delhi’s network of drains and canals. By transitioning from reactive cleanup efforts to a structured, technology-driven maintenance approach, the city aims to build a more resilient and efficient urban water management system for the future.
