The Bingham Research Center at Utah State University conducts ongoing research into the complex interactions between energy use and the environment, specifically targeting air quality, methane emissions, and soil health. Through collaboration with university departments, the center aims to identify better solutions for environmental problems caused by energy emissions.
Environmental Monitoring Focus
The Bingham Research Center operates by studying data from field sites and utilizing analytical laboratories. According to the center, its research initiatives focus on several key areas, including monitoring meteorology—with a specific emphasis on Utah's winter air quality—and alerting the public to high ozone forecasts.
In addition to atmospheric monitoring, the center tests environmental samples for various contaminants. Researchers at the center also study the specific impacts of energy emissions and measure the movement of water and soil fluxes. The center works alongside government agencies, industries, and local communities to better understand how energy affects the natural environment.
Atmospheric and Gas Research
Scientific research conducted at the center has examined several specific environmental phenomena. For example, studies have investigated the Uinta Basin snow shadow and how variations in snow depth impact the formation of winter ozone. Other research has focused on assimilating satellite-derived data regarding snow cover and albedo to improve 3-D weather and photochemical models.
Research has also addressed the quantification of methane emissions in the Uintah Basin during periods of wintertime stagnation. Scientists have utilized aerial and ground-based optical gas imaging surveys to inspect oil and gas wells in the region. Furthermore, studies have explored the temporal variability of methane fluxes from soils located at natural gas well pads.
Chemical and Mathematical Analysis
The center's research scope extends to the study of mercury biogeochemical cycling, as detailed in scientific synthesis reports. By investigating these complex cycles, researchers aim to advance scientific understanding of how heavy metals move through the environment.
Other specialized tools developed by researchers include numerical tools designed to obtain power-law representations of datasets characterized by heavy tails. This mathematical approach assists in the analysis of complex environmental data sets.
Energy Efficiency Resources
Beyond large-scale environmental monitoring, Utah State University provides educational resources regarding individual energy efficiency. Factsheets published by the university address the use of energy-efficient appliances to help manage energy consumption.
Similarly, the university provides information regarding energy-efficient windows. These resources are intended to assist in sustainability efforts by explaining how specific household components can impact overall energy use.
Integrated Scientific Approach
The collective work of the Bingham Research Center and Utah State University's various departments creates a multi-faceted approach to environmental science. By combining large-scale field monitoring of ozone and methane with household-level energy efficiency information, the institution addresses environmental issues from both a macro and micro perspective.
