Kerry Rippy. Building Technologies and Science Center. Research output: NREL › Presentation. Overview. Fingerprint. Abstract. To make concentrating solar power (CSP)
Kerry joined NREL''s Building Technologies and Science Center in 2019, leading a project to reduce corrosion in concentrating solar power (CSP) plants using electrochemistry. Since
Researcher, National Renewable Energy Laboratory. Profile Articles Activity. From superheating salt to store solar energy, to making materials that will generate electricity
Kerry joined NREL''s Building Technologies and Science Center in 2019, leading a project to reduce corrosion in concentrating solar power (CSP) plants using electrochemistry. Since
Kerry Rippy, an NREL expert in inorganic chemistry, and her team explored electrochemical methods to further remove corrosive impurities in molten
About. I work to decarbonize energy-intensive industrial sectors through development of green steel and cement, carbon capture, utilization, and storage (CCUS), sustainable
Courtesy of Kerry Rippy, CC BY-ND. These crystals are made of organic semiconducting materials, which are used to make computer chips, LED lights,
In NREL''s latest Manufacturing Masterminds Q&A, Rippy explains why she chose chemistry over literature, why carbon capture cannot be our only
Kerry Rippy, an NREL expert in inorganic chemistry, and her team explored electrochemical methods to further remove corrosive impurities in molten
NREL 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