The Environment and Water Resources Engineering Department welcomes Dr. Anthony Kovscek, Keleen and Carlton Beal Professor in Energy Resources Engineering, School of Earth, Energy & Environmental Sciences, Stanford University to speak on "CO2- Enhanced Shale Gas or Shale Oil Production".
An interdisciplinary team of U-M sustainability experts and engineers has developed a “ green guide” to aid developers and operators of energy storage systems. Titled “12 Principles for Green Energy Storage in Grid Applications,” the 12 Principles offer researchers, designers and industry professionals a clear, concise picture of the most important criteria to consider when designing and operating sustainable energy storage devices and systems. The principles are detailed in the January 19 issue of Environmental Science and Technology.
Because of the intermittency of electricity production from renewables, energy storage is an important complement to renewable power. It’s a way to keep using solar energy in the dark and wind energy on a calm day. The renewable industry is growing dramatically; the US boasts twice as many solar workers as it did five years ago. The deployment of storage technologies is expected to grow in tandem as the use of wind, solar, and other renewable technologies continue to grow.
The ARPA-E Energy Innovation Summit is an annual conference and technology showcase that brings together experts from different technical disciplines and professional communities to think about America’s energy challenges in new and innovative ways.This conference and technology showcase is valuable for current and prospective ARPA-E recipients, and is a great opportunity to network with program managers from the various research agencies (not just at the Department of Energy).
ANN ARBOR—University of Michigan researchers today released the final version of a report analyzing policy options for the state of Michigan regarding high-volume hydraulic fracturing, the natural gas and oil extraction process commonly known as fracking.
The final report of the U-M Hydraulic Fracturing in Michigan Integrated Assessment consists of six chapters totaling nearly 200 pages. The two-part integrated assessment took three years to complete and is the most comprehensive Michigan-focused resource on high-volume hydraulic fracturing.