Displaying 169 - 192 of 321
Geothermal Heat Pump Potentials in the U.S. Residential Houses
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The residential buildings account for 22% of the U.S. primary energy consumption and 17% of greenhouse gas (GHG) emission in 2011. Individual housing units are becoming more energy efficient in per...
MASTER'S PROJECT: Public Transport Systems and Infrastructure Solutions to Reduce Fossil Fuel Dependence on Hawaii Island
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The Kohala Center, an independent, community-based institute for research, education, and conservation based on Hawaii Island, has just completed a plan for the County of Hawaii Energy Sustainabili...
Climate Change on Global Food System: Strategy to Feed 9 Billion People
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Increasing population, modernized diet, and climate change will impose various pressures on global food systems - from agricultural production to nutrition consumption - for the next decades. On th...
Value of Wind Diversity for Increased Integration of Wind Power into the Grid
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One of the largest challenges in integrating large quantities of wind power into the grid is the variability in its power output. The fast ramping up or down of its power output can have negative c...
Sustainable Materials Selection Tool: Life Cycle Assessment of Natural Fibers for Auto Applications
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Natural fibers such as coconut, hemp, and kenaf, are being researched as a replacement for glass fibers and mineral fillers in polymer composites due to potential environmental, cost, and weight-sa...
MASTER'S PROJECT: Environmental Trade-Offs in Commodity Production
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The World Wildlife Fund's Market Transformation Initiative aims to reduce the environmental impact of global commodity production through partnership with major companies and their supply networks....
SEP: Non-Aqueous Redox Flow Battery Chemistries for Sustainable Energy
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Intellectual Merit
Electricity accounts for ~40% the energy consumed in the U.S. and most is derived from non-renewable resources including fossil and nuclear fuels.&nb...
Advancing Offshore Wind Power Siting through Multi-criteria Assessment Integration
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There are two major goals for this project. The first is to advance offshore wind siting methods by utilizing multi-criteria assessment that includes concepts and methods from life cycle assessment...
M-CUBED: Influence of global trade on the human health impacts of particulate matter
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Particulate Matter (PM) is related to cardiopulmonary mortality, leading to a high annual burden of disease of around one million premature deaths, 65% in Asia. Identifying causes and remedies need...
M-CUBED: Sustainable Pathways to Fuels and Chemicals
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Learning how to make liquid fuels from algae oil under water
This project aims to develop a better understanding of the chemistry of hydrothermal catalytic deoxygenation of fatty acids over early t...
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...
Integrated Energy-Economy-Environment (3E) Modeling for Clean Vehicle Development in China
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Renewable energy development involves not only the energy system but also the economy, the environment, policy, and the society. Clean vehicle development in China, for example, has tremendous impa...
LCLUC SYNTHESIS: Forested Land Cover and Land Use Change in the Far East of the Northern Eurasia Under the Combined Drivers of Climate and Socio-Economic Transformation
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This multi-institutional, 3-year NASA-funded project seeks to understand how human-driven disturbances related to use of forest resources, combined with natural disturbances, have created the landscap...
An Analysis of Offshore Wind Development: A Non-Market, Stated Preference Approach to Estimate Impact and WTP in Three Lake Michigan Regions
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This was a Master's Project to understand community perceptions regarding offshore wind energy development in Lake Michigan in Evanston, Illinois and Mason/Oceana Counties, Michigan.
Objectives...
MASTER'S PROJECT: Pursuing Sustainability with UMHS' Patient Food & Nutrition Services: Aligning Sustainable Practices with Healthcare Delivery
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Summary of Project Idea:
With 45 million inpatient and 1.9 million outpatient visits in 2011, the University of Michigan Health System manages a vast network of patients in constant flux. T...
MASTER'S PROJECT: Innovations for LEAP GI: Green Infrastructure Analysis, Design and Application in Detroit’s Lower East Side
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Summary of Project Idea:
This project applied social science knowledge of landscape cues to care and perceived safety to design green infrastructure best management practices (BMPs) for urban sto...
MASTER'S PROJECT: Bringing Renewable Energy to Camp Michigania: An Assessment and Educational Plan for Implementing Renewable Energy Strategies
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Camp Michigania, owned and operated by the Alumni Association of the University of Michigan since 1962, is a 420 acre facility on 1.5 miles of shore on Walloon Lake. Our mission, "To provide ...
MASTER'S PROJECT: From Home Energy Audit to Retrofit and Beyond
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This was a collaborative master’s project between our team of graduate students at the University of Michigan’s School of Natural Resources and Environment (SNRE) and DTE Energy, the gas and electr...
Advancing the Science of Infrastructure Ecology by Exploring and Explaining Universal Regularities of Urban Sustainability Indicators
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The term infrastructure ecology was coined by the PI as a metaphor to describe the complex interdependence between infrastructure, environmental, economic and social components in urban areas. At t...
Livable Communities through Sustainable Transportation: Integrated Assessment of Infrastructure Greening within Detroit for Improved Sustainable Transportation, Water Quality and Health
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The City of Detroit has approximately 40 square miles of vacant residential, commercial, and industrial property and has ambitious plans to demolish some of these properties and shrink the city by con...
Developing a Spatially-Explicit Agent-Based Life Cycle Analysis Framework for Improving the Environmental Sustainability of Bioenergy Systems
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Life cycle analysis (LCA) is a useful tool to quantify the environmental impacts of a product or process in an effort to improve its environmental profile. LCA is easiest to implement on esta...