We analyze cities to create localized water supply solutions that work.
Divining Lab’s geospatial tool, Hazel, integrates surface and sub-surface data to provide planners and designers with scenario-based feedback on stormwater capture options in drylands.
Hazel integrates water supply with water quality considerations, and correlates performance data including embodied energy, carbon emissions, and economic cost/benefit to evaluate the impact of design decisions on aquifer recharge, and the impact of stormwater management on project costs. Planners, designers, and property owners use Hazel to assess complex data rapidly.
Streamline access to complex data from disparate sources;
Operate at hyper-local and regional scales;
Couple surface and subsurface data at high-resolution;
Compute costs/benefit of design scenarios.
Our models enable users to:
Accelerate water-smart planning and design;
Test multiple design scenarios;
Prioritize investment in green infrastructure;
Evaluate impacts on water, energy, and carbon conservation objectives;
Facilitate decision-making across jurisdictions;
Optimize water supply and water quality.
American Institute of Architects College of Fellows Latrobe Research Prize Winner, 2015-2017
Buckminster Fuller Challenge 2015 finalist.
Holcim Foundation for Sustainable Construction Award 2014: “innovative design tool with an ethical agenda.”
Early-stage research and development from US Department of Housing and Urban Development; World Water Forum/US Bureau of Reclamation administered by the Metropolitan Water District of Southern California.