A well-designed rainwater harvesting installation in North Seattle transformed persistent front-entry drainage problems by capturing and redirecting water from 100 percent of the roof area into a sustainable, future-ready irrigation and water management solution for homeowners. Through detailed mapping of roof runoff, garden beds, and strategic tank placement in a clear, phased plan, Product Water addressed immediate nuisance issues while enabling flexible, long-term water stewardship.
Rainwater harvesting in North Seattle provides a model for modern, sustainable water management by addressing both immediate drainage issues and long-term community resilience. In dense residential neighborhoods, innovative installations like Product Water’s system capture and redirect water from the entire roof area, transforming nuisance runoff into reliable irrigation and landscape health. Seattle’s forward-thinking sustainability policies and annual rainfall patterns make these systems especially valuable, enabling homeowners to reduce potable water demand, adapt to changing climate, and participate in city incentives for green infrastructure. By integrating rainwater collection with garden beds and flexible tank setups, these projects provide clear environmental and economic benefits for property owners and the wider community.
A tailored rainwater harvesting solution in North Seattle began with strategic mapping of roof runoff, garden beds, and site constraints to maximize collection and redirect 100% of roof water into a versatile management system. Product Water’s phased approach included upgrading gutters to direct water efficiently, selecting compact tanks to fit urban spaces, and integrating future-ready features like drip irrigation and auxiliary storage expansion. The installation leveraged Seattle’s RainWise rebate program to lower upfront costs, while clear planning addressed overflow management, structural support, and regulatory compliance. Ongoing system maintenance and adaptable design empower homeowners to reduce potable water demand, prevent drainage problems, and ensure sustainability for years to come.
