NREL Building Technologies and Science Center Researcher Kerry Rippy is managing the project with NREL Materials Science Researcher Robert Bell, along with substantial support from
READ MOREKerry Rippy, Westly Joseph, Emre Ustuner, Selam Haile, Jacob Votava, and Kim Trenbath National Renewable Energy Laboratory A diverse building science workforce will enable the industry to understand the needs of disadvantaged and underserved communities and contribute to the development of feasible
READ MOREStephanie Kwon, Mines and Kerry Rippy, NREL. PIs: Stephanie Kwon (Chemical and Biological Engineering, Mines) and Kerry Rippy (Chemistry, NREL) Proposal: Electrocatalytic production of value-added products to increase efficiency of industrial processes and emissions abatement technologies
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READ MOREThis novel approach is inspired by electrorefining techniques that are widely employed in industrial metallurgy for removal of impurities from metals. Impurities in the incoming molten salt will be reduced to inert MgO at the cathode, which can be removed by periodically washing the cell with acid. AU - Rippy, Kerry. PY - 2021. Y1 - 2021.
READ MOREKerry Rippy, Elizabeth Howard, Liam Witteman, and Judith Vidal . National Renewable Energy Laboratory, Golden, Colorado (USA) Abstract . To make concentrating solar power ( CSP) cost-competitive, the next generation of CSP plants will increase efficiency by operating at a higher temperature, which will require a new thermal energy storage material.
READ MORETo spur CSP industry advancement and achieve an energy cost goal of 5 cents per Kerry Rippy is an NREL expert in inorganic chemistry and has supported the Gen3 CSP liquid pathway in several
READ MORECome join our fantastic team at NREL and help advance industrial decarbonization. See below for details of Kerry Rippy on LinkedIn: Postdoctoral Researcher - CO2 Mitigation in Cement and Concrete
READ MOREKerry Rippy, an NREL expert in inorganic chemistry, and her team explored electrochemical methods to further remove corrosive impurities in molten chloride salt. She is also developing electrochemical
READ MORERead the full story from the National Renewable Energy Laboratory. Kerry Rippy''s first word was not a common one, like mommy, dog, or banana. Even as a baby, she was not so interested in simply naming her favorite parent, pet, or sticky breakfast treat. She had bigger mysteries in mind. From her first word, Rippy
READ MOREAU - Rippy, Kerry. PY - 2021. Y1 - 2021. N2 - To make concentrating solar power (CSP) cost-competitive, the next generation of CSP plants will increase efficiency by operating at a higher temperature, which will require a new thermal energy storage material. One option for the thermal energy storage material is a ternary chloride salt that is
READ MORENREL Research Scientist Kerry Rippy said there is a strong need to establish MRV frameworks to determine how much CO 2 is being removed from the
READ MOREKerry Rippy is an NREL expert in inorganic chemistry and has supported the Gen3 CSP liquid pathway in several capacities. In the lab, her team explored and
READ MOREThe World Economic Forum is an independent international organization committed to improving the state of the world by engaging business, political, academic and other leaders of society to shape global, regional and industry agendas. Incorporated as a not-for-profit foundation in 1971, and headquartered in Geneva, Switzerland, the Forum is
READ MOREColorado School of Mines 1500 Illinois St., Golden, CO 80401 303-273-3000 / 800-446-9488. Admissions & Financial Aid Financial Aid Graduate Admissions
READ MOREIn NREL''s latest Manufacturing Masterminds Q&A, Rippy explains why she chose chemistry over literature, why carbon capture cannot be our only
READ MORECome join our fantastic team at NREL and help advance industrial decarbonization. Ransisi Huang, Yi Zeng, Kerry Rippy, Kyle Foster, Gregory Shoukas, PE, Nelson James, Ph.D., Erin Lewis. We
READ MOREHer work focuses on application of chemical principles to solve challenges in renewable energy technology development and industrial decarbonization. Through collaborative,
READ MOREFireside Chat on Environmental Justice (EJ) and Community Benefits Plans (CBP) Simone H. Stewart, Ph.D., Industrial Policy Specialist, Climate and Energy Policy, National Wildlife Federation Holly Buck, Ph.D., Assistant Professor, Department of Environment and Sustainability, College of Arts and Sciences, University of Buffalo
READ MOREJUMP into STEM is a student competition programed designed to inspire students from diverse backgrounds to apply their knowledge and creative skills to solve real-world problems in building efficient infrastructure [ 1 ]. It is funded by the Department of Energy (DOE) through the Building Technologies Office and by industry sponsors.
READ MOREAt 3 years old, Rippy would stop to scrutinize the scrubby plants popping up through sidewalk cracks. It took her mom forever to walk anywhere with her little investigator. In fifth grade, Rippy''s teacher demonstrated how a rocket launches, and Rippy had questions—lots of questions.
READ MOREAU - Rippy, Kerry. PY - 2024. Y1 - 2024. N2 - The Liquid Pathway of the Concentrating Solar Power Generation 3 (CSP Gen3) program proposed low-cost molten chloride salt for energy storage. However, online corrosion control was identified as a remining major risk of the Liquid Pathway approach. This project addressed that risk.
READ MOREKerry Rippy is an NREL expert in inorganic chemistry and has supported the Gen3 CSP liquid pathway in several capacities. In the lab, her team explored and
READ MOREKerry Rippy, an NREL expert in inorganic chemistry, and her team explored electrochemical methods to further remove corrosive impurities in molten chloride salt. and the nuclear industry is also
READ MOREKerry Christine Rippy. Patrick R. Taylor. Judith Vidal-Gomez. We present a study on the electrochemical behavior of magnesium hydroxide (MgOH+) reduction on a tungsten (W) cathode in molten
READ MOREHer work focuses on application of chemical principles to solve challenges in renewable energy technology development and industrial decarbonization. Through collaborative, interdisciplinary research efforts with colleagues
READ MORENational Renewable Energy Lab, PI Kerry Rippy and Colorado School of Mines, PI Jaeheon Lee - Golden, CO $300,000: Developing a geopolymer insulation material from mine tailings and air-captured CO2. National Renewable Energy Lab, PI Katrina Knauer - Golden, CO $150,000: Developing a novel dye removal and recovery
READ MOREAU - Rippy, Kerry. AU - Howard, Elizabeth. AU - Witteman, Liam. AU - Vidal, Judith. PY - 2022. Y1 - 2022. N2 - To make concentrating solar power (CSP) cost-competitive, the next generation of CSP plants will increase efficiency by operating at a higher temperature, which will require a new thermal energy storage material. One option for the
READ MOREKerry Rippy, researcher and member of the JUMP into STEM management team, leads a student group through a thermal energy storage lab at NREL. student teams invited to the Final Competition had 20 minutes to present their innovative building industry solutions to the live audience and answer questions from the panel of
READ MOREKerry C. Rippy. Department of Chemistry, Colorado State University, Fort Collins, CO 80523 USA. Search for more papers by this author. Nicholas J. DeWeerd, Nicholas J. DeWeerd. Department of Chemistry, Colorado State University, Fort
READ MOREKerry Rippy, National Renewable Energy Laboratory. In recent decades the cost of wind and solar power generation has dropped dramatically. This is one reason that the U.S. Dept. of Energy projects that renewable energy will be the fastest-growing U.S. energy source through 2050.. However, it''s still relatively expensive to store energy.
READ MOREKerry Rippy. From superheating salt to store solar energy, to making materials that will generate electricity from waste heat, I work on many projects at the National Renewable Energy Laboratory
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