Wave City, a pioneering urban development project, stands as a beacon of sustainable living through its innovative infrastructure and management systems. With a focus on environmental conservation, resource optimization, and community well-being, Wave City has set a benchmark for modern urban planning.
Below are some practices planned at Ringus Infra Ghaziabad to ensure creation of a sustainable ecosystem.
Wave City’s Water Management System exemplifies efficiency and conservation. The potable water supply system utilizes underground bore wells and filtration units to ensure access to clean water. Additionally, recycled water from Sewage Treatment Plants (STPs) is used for irrigation, reducing strain on freshwater sources.
By utilizing underground bore wells and advanced filtration technology, the potable water supply system guarantees residents access to clean and safe water while minimizing reliance on external water sources.
Additionally, the integration of recycled water from Sewage Treatment Plants (STPs) into the irrigation network exemplifies Wave City’s commitment to resource efficiency. By repurposing treated wastewater for non-potable purposes like horticulture, Wave City reduces strain on freshwater reserves and promotes a circular economy where water is reused and conserved.
Through continuous monitoring and data-driven insights, Wave City ensures that water is utilized efficiently, contributing to both environmental sustainability and economic viability.
Wave City’s Stormwater Drainage System efficiently collects runoff, preventing waterlogging and preserving water quality. Internal drainage through 57 rainwater harvesting pits ensures that rooftop runoff is effectively utilized, promoting groundwater recharge and reducing dependency on external water sources.
The rainwater harvesting pits act as decentralized reservoirs, capturing rain runoff from rooftops and allowing it to seep into the ground. This dual benefit replenishes groundwater and reduces reliance on external water sources, fostering a more sustainable water cycle within the urban landscape.
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