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Optimizing Groundwater Recharge

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To date, we developed a computational tool, called AquaCharge, that facilitates planning augmented spreading basin systems by optimizing technical designs. To demonstrate AquaCharge’s use, we applied it to a case study of Los Angeles (LA).5 Both academia and industry have positively received AquaCharge and our case study. We propose to address three major impediments to wider adoption of our work. Impediment 1: Stakeholders seek demonstrations of how augmented spreading basin systems apply to different settings. Impediment 2: Questions remain about how laws affect planning. Impediment 3: AquaCharge is computationally intensive.

Project: Advanced planning methods to enhance urban water security by delivering both stormwater and recycled water to existing groundwater recharge ponds
Funding Source: Realizing Environmental Innovation Program
Funding Year: 2018
Research Areas: Freshwater
Regions: North America

Research Team:
Richard Luthy, Professor of Civil and Environmental Engineering
Amin Saberi, Professor of Management Science and Engineering

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