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Real-Time 3D Modeling Of Watersheds

详细技术说明

Executive Summary Groundwater is the most extracted raw material in the world. As such, it is crucial that companies and governments are able to understand exactly how their use of groundwater affects the immediate area. Visualizing where groundwater is located, how chemical contaminants affect groundwater over time, and predicting how weather will affect water levels are all outputs of this innovative MSU software. Description of Technology The invention enables groundwater modeling in ways previously impractical, eliminating bottlenecks in the use of big data and complex 3D modeling. The integrated system drastically reduces the cost in groundwater modeling and significantly enhances the ability to quickly model large, complex groundwater systems. Additionally, this delivery mechanism fosters open innovation and collaboration of the user community from which the collective intelligence of the system, as a whole, expands. Key BenefitsReal-time: Updates to models occur regularly based on well and aquifer dataStreamlining of data: Works to eliminate bottlenecks of data transferPre-processes data: Allow for faster simulation of areas of interest on the front-end3D modeling: Groundwater, rivers, and lakes can all be modeled with the programWidely accessible: Pull information from a cloud-based server to view information on any device, anywhere ApplicationsUSGS surveyingEnvironmental ConsultingBottled water Municipal water treatment facilitiesFlood prediction/management Patent Status:   Under Review Licensing Rights Available Full licensing rights  Inventors: Dr. Shu-Guang Li, Hua-Sheng Liao Tech ID: TEC2016-0177

*Abstract

None

*Principal Investigation

Name: Shu-Guang Li, Professor

Department: Civil & Environmental Engineering

Name: Huasheng Liao, Visiting Rsh Associate

Department: Civil & Environmental Engineering

国家/地区

美国