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Assessment of Pumped Hydro Energy Storage potential throughout the Great Lakes
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Wind and solar energy both generate power intermittently. To allow these renewables to proliferate while maintaining grid stability, significant energy storage must be developed. The National Renewabl...
Analysis of SEMCOG’s Flooding Risk Tool: Incorporating Equity into Transportation Planning
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Multiple flood risk tools are available that address problems for different economic sectors, institutions, and geographic domains. A common goal among the majority of these tools is assistance with i...
Innovative Model to Help Urban Resource Managers Stop Stream Water Quality Degradation Before It Starts
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Graham Catalyst Grant
The grants provide support for small-scale, collaborative, and interdisciplinary sustainability research.
Innovative Model to Help Urban Resource Managers Stop Stream ...
MASTER'S PRACTICUM: Determining the Water Baseline for the Ann Arbor 2030 District
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There are currently no established national benchmark averages for water use consumption in buildings. This leaves local governments and districts to create their own methods for establishing a wat...
Comparative Life Cycle Assessment of Urine Derived Fertilizer
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Overview
This research developed an Excel-based tool to assess the environmental benefits of urine diversion and conversion to useful products (e.g., fertilizer) on a citywide basis to compare them...
Use of Concentrating Solar Power for Water Desalination
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This project will apply low cost solar technologies to provide drinking water to isolated communities in water scarce regions. The project will also use the concepts of Industrial Symbiosis t...
MASTER'S PROJECT: Roadmap to Water Security
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Goals & Objectives
A great, on-going injustice exists – Michigan, like most states, lacks a public safety net for those unable to afford water and sanitation service. From families sacrificing ...
U.S.-China: Integrated Systems Modeling of Food-Energy-Water (FEW) Nexus for Urban Sustainability
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This project will advance the science and engineering of Food-Energy-Water (FEW) nexus modeling by developing and applying an integrated systems modeling framework. The modeling framework will enable ...
Comparing toxic emissions of shale gas and coal for electricity
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Fifteen faculty project teams were awarded support through a water research capacity building initiative from the University of Michigan Water Center. Each team received up to $20,000 to enhance wa...
MASTER'S PROJECT: Environmental and Economic Life Cycle Assessment of Alternative Source Water at Bell’s Brewery, Inc.
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Master's Project
Goals & Objectives: This project aims to determine the environmental and fiscal consequences of sourcing the required volumes of water for brewing beer in the event that wa...
Doctoral Dissertation Research: Perspectives of and Preferences Towards Stormwater Management
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This doctoral dissertation research project will focus on the factors that shape how stormwater managers have redefined the uses and value of stormwater. In both arid and humid regions, the treatme...
Dow Fellow Research Support- Shen Qu
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Made possible by The Dow Chemical Company, the University of Michigan’s Dow Sustainability Fellows Program supports full-time graduate students and postdoctoral scholars who are committed to findin...
MASTER'S PROJECT: Water Sensitive Urban Design and Ecological Landscape Design in Hebei, China
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Goals & Objectives:
To develop a new urban and landscape design strategy to incorporate with water sensitivity (scarcity and pollution) and low impact development (LID) in China.
Justific...
Water Scarcity Risk for the Global Trade Network
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This project aims at evaluating risks for the global trade network posed by water scarcity. This objective will be achieved by developing and applying a probabilistic network analysis framework. Ba...
M-CUBED: Hydraulic Fracturing of Shales: Water Contamination Risks, Treatment Options, and Fate of Fracking Fluids
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Recent advances in directional drilling have made extraction of natural gas and oil from shale formations economically viable via high-volume hydraulic fracturing, a process by which a mixture of w...
M-CUBED: Innovatively Planning for Technological Innovation: Water, Infrastructure, and Sustainability
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This project seeks to understand the broad, complex and potentially unanticipated impacts on humans and the environment that could emerge from the deployment of emerging innovative technologies cur...