Matthew Clark: Matt graduated from Oregon State University in 2017 earning a degree in Chemistry with a strong focus in inorganic and materials science. He looks forward to gaining a more in-depth knowledge of electrochemical systems and using that information to engineer next-generation technology.įactorial Energy, Boston, MA (solid-state batteries) In addition to serving as a TA during his junior and senior years, he worked in the consulting, satellite, and energy industries during summer internships and a winter term research position. During his undergraduate years he completed a project building and extending the life of an aluminum-air battery made from household materials. He was selected for the MIT-Imperial College London exchange program in Fall 2019 where he had the opportunity to complete coursework and gain experience on a fully functional 4 story pilot plant for carbon dioxide scrubbing. in Chemical Engineering and a concentration in Spanish. Vincent Vasquez: Vincent graduated from the Massachusetts Institute of Technology in 2021 with a B.S. Alfred aspires to learning and innovating new electrochemical science and related technologies in solving real-world problems.ĭe Nora North America, Cleveland, OH (electrolyzer electrodes) He worked with Ni-Fe, Co-Fe binary oxides, and their respective sulphides and phosphides in his research.
His research centered on synthesizing materials that could have potential applications in water splitting and energy conversion and storage devices such as fuel cells, batteries and supercapacitors. His masters research focused on facile synthesis of metal oxides, sulphides and phosphides for enhanced energy applications. She is looking forward to expanding her knowledge in the field of electrochemical technology and beginning her career focusing on sustainability and clean energy.Īlfred Nkhama: Alfred has a B.S in Physics from the University of Dodoma in Tanzania and earned M.S in Materials Science from Pittsburg State University, 2021. Sarah Highducheck: Sarah graduated from UC Santa Cruz in 2021 with a B.S. Redwood Materials, Carson City, NV (battery materials recycling) He is eager to apply his electrochemical technologies degree towards renewable energies such as battery technology. His research at Harvard University and the Space Sciences Lab at UC Berkeley focused on sensor development and electrochemistry. in chemical engineering with a concentration in business management in 2021. She is thrilled to pursue her interests in renewable energy storage for a more sustainable future.Īntowan Davtians: Antowan graduated from UC Berkeley with a B.S. Rananavare where she studied the electrochemical reduction of CO2 using nanomaterials based electrodes. Her undergraduate research was under Prof. Karana Dunn: Karana graduated from Portland State University in 2020 with a degree in chemistry. Internship/job placement: Hughes Research Laboratory
He is excited to work in research and development for new electrochemical technology. He also worked in the med-chem research field for a year, synthesizing small molecule analogs for their use as antibiotics. Adam Whalley and molecular simulations of semiconductor structures using computational chemistry under Dr. Undergraduate research included organic semiconductor synthesis under Dr. Mark Mancini: Mark graduated from the University of Vermont in 2020 with a degree in chemistry. She is excited to apply her engineering skills to the electrochemistry field and contribute to energy storage research. When coupled with our wide temperature range, long life, and extremely high cycle rate all of sudden the battery becomes our new best friend.Linn Kelly: Linn graduated from Cal Poly SLO in 2020 with a degree in Mechanical Engineering and a concentration in sustainable energy. Manufactured with a local supply chain, embodying no blood or rare earth minerals, and an ESG performance second to none. All featuring our safe, nonflammable with no thermal runaway cell technology. We now are able to offer battery solutions from kW to multi-MW.
Natron energy internship generator#
These represent a new level of peak-power performance that will facilitate entirely new power systems for industrial power applications ranging from data centers to building automation, EV Fast Charging, peak shaving and demand response to the decarbonization of numerous diesel generator operations such as oil & gas and mining.Ĭongratulations to the dedicated team at Natron who have worked tirelessly in pushing our Prussian blue sodium-ion chemistry to new levels of performance enabling these new platforms. I am very excited to inform you that Natron Energy has just announced the world’s first 25kW battery pack, our Blue Pack© along with the first 250kW and 500kW battery cabinets, our Blue Rack™.
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