In a significant stride towards environmental sustainability, NCRTC is implementing an extensive rainwater harvesting system along the Delhi-Ghaziabad-Meerut RRTS corridor. With over 900 rainwater harvesting pits planned across elevated viaducts, stations, and depots, spanning from Sarai Kale Khan in Delhi to Modipuram in Meerut, this initiative aims to conserve water resources and promote eco-friendly practices. Reports indicate that over 75% of these systems are already operational, marking a commendable effort towards sustainable infrastructure development.
Photo: India Today
In a groundbreaking move towards sustainable water management, the National Capital Region Transport Corporation (NCRTC) has initiated a comprehensive rainwater harvesting project along the Delhi-Meerut RRTS corridor. Designed to recharge millions of cubic meters of groundwater, strategically positioned rainwater harvesting pits integrated within viaduct spans promise to significantly enhance local water tables. With each RRTS station equipped with multiple pits and additional installations underway at key depots, NCRTC's endeavor aims to revolutionize water conservation practices across the region.
Comprehensive Rainwater Harvesting at RRTS Stations
As part of the initiative, each RRTS station will feature rainwater harvesting facilities. Two pits will be constructed near every entry/exit gate, alongside extensive rainwater harvesting provisions at both operational and upcoming depots.
Innovative Filtering System Ensures Water Quality
To maintain water quality, a sophisticated three-layered filtering system comprising gravel and sand is incorporated into the rainwater harvesting infrastructure. This ensures that collected water is adequately purified before reaching the ground.
Unique Double Chamber Design Enhances Absorption
RRTS introduces a novel double chamber design, optimizing water absorption capabilities. Underground chambers, connected by a central pit, facilitate efficient water flow and absorption, even during heavy rainfall events.
Variable Pit Depths Adapt to Local Conditions
The depth of rainwater harvesting pits varies between 16 and 22 meters, depending on local groundwater levels. This adaptive approach ensures that the infrastructure is tailored to local conditions, maximizing effectiveness.
Enhancing Water Sustainability
NCRTC's commitment to water sustainability shines through its innovative rainwater harvesting system implemented along the Delhi-Meerut RRTS corridor. Strategically positioned within viaduct spans and central road medians, these purpose-built pits are poised to capture and recharge millions of cubic meters of groundwater. With installations at RRTS stations and depots already underway, NCRTC's proactive approach towards water conservation sets a new standard for eco-friendly infrastructure development in the National Capital Region.
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