Sustainable Water Management

A range of WSUD strategies have been implemented to optimize water efficiency and storm water management. These include:

• Recycled Water Systems: Class A recycled water is utilized for fire sprinklers, toilet flushing, manufacturing, and irrigation.
• Potable Water Conservation: Design minimizes reliance on potable water sources.
• Stormwater Retention: On-site detention slows runoff, reducing erosion and improving infiltration.
• Permeable Landscape Design: Stormwater is absorbed and retained in the soil to support plant growth.
• Sustainable Materials: Crushed recycled materials are used where possible to reduce environmental impact.
• riple Reticulation System: A three-tiered water supply network ensures efficient distribution of potable, non-potable, and recycled water.
• Water-Efficient Infrastructure: High-efficiency irrigation, outlets, and appliances optimize water use.

Bioretention and Vegetation for Filtration

Strategic planting plays a vital role in enhancing storm water management throughout the site. Bioretention basins are designed with native grasses that naturally filter storm water, improving water quality before it infiltrates into the ground. To further stabilize the landscape, trees and shrubs have been integrated along the basin and swale batters, reinforcing soil stability while blending the system into the surrounding environment.

Erosion control measures have been implemented along major drainage channels, with carefully selected vegetation helping to manage water flow and prevent soil loss. Additionally, a native planting strategy ensures ecological continuity by incorporating local species, strengthening existing vegetation communities and fostering a resilient, sustainable landscape.