Automated tool for optimizing rainwater harvesting system design
An advanced software tool that automates the optimization of rainwater harvesting systems based on local precipitation and water use needs, enhancing water security and conservation.
Overview
This innovative solution is a cutting-edge software tool designed to automate the optimization of rainwater harvesting systems. It leverages online data sources to calculate and optimize tank sizes and irrigation amounts based on local precipitation, roof area, irrigation needs, and water prices. This tool aims to streamline the design process, making it accessible for companies and entities across the United States to implement efficient rainwater harvesting systems, thus promoting water conservation and enhancing water security, particularly in arid regions.
Technical specifications
The tool automates data collection from online sources, including precipitation data, roof area via aerial imagery, and local water costs. It features an intuitive interface that simplifies the input process, eliminating the need for users to navigate complex spreadsheets. The output provides optimized tank sizes and irrigation amounts tailored to specific locations and needs. Future development plans include a mobile app version for broader accessibility and user engagement.
Technology readiness level
Currently at TRL 6, this system has been validated in a prototype form using spreadsheet models. The next phase involves developing a mobile app and conducting beta testing with practitioners across the United States to gather feedback and refine the tool for a wider release.
About The University of Oklahoma
The University of Oklahoma is a flagship public research university spanning Norman, Oklahoma City, and Tulsa, combining comprehensive academics with a major health sciences center. Industry collaborates through a research and technology campus in Norman that co‑locates university facilities with federal partners, and through the OU Health Sciences Center, which connects clinicians, core labs, and clinical trials within the OU Health system. Dedicated corporate engagement and contracting teams streamline sponsored research, while a centralized technology commercialization office supports IP, licensing, and startup formation. Research is supported by competitive federal funding from agencies such as NIH, NSF, DOE, and DoD.
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