The 8th Annual Electrochemical Energy Summit (E2S)
Sunday, September 30, 2018 – Cancun, Mexico
Increasing energy demands, environmental impacts, and aging infrastructure are driving forces for technological advancements to address societal needs. The demand for energy storage is increasing due to its use in electronics and transportation, and from the increased implementation of renewable energy. While the implementation of energy storage is advancing, its increased demand poses new challenges relating to the supply of energy storage materials, components, and devices.
This summit discusses the need and solutions to achieve a sustainable and responsible supply chain for energy storage. The summit consists of invited speakers, posters, and a panel discussion featuring experts along the entire processing chain of energy storage, which includes mining as well as materials, components, and device manufacturing and recycling.
“Supply Chain Considerations for Lithium-
Ion Battery Materials”
E.A. Olivetti (left) | Massachusetts Institute of Technology and G. Ceder (right) | University of California, Berkeley
“Material Criticality and Energy Storage Materials”
R. Eggert | Colorado School of Mines
“The Advantages of the Nemaska Electrochemical Process to Directly Synthesize High Purity Lithium Hydroxide”
J.F. Magnan | Nemaska Lithium Inc.
“Present Status and Future R&D Needs for Batteries for Vehicle and Grid Applications”
V. Srinivasan | Argonne National Laboratory
“Direct Recycling of Lithium-Ion Batteries”
S.E. Sloop (OnTo Technology, LLC), W. Xu (Oregon State University), M. M. Lerner (Oregon State University), J. Kim (Spear Power Systems, LLC), and M. Lee (Spear Power Systems, LLC)
E.A. Olivetti, R. Eggert, J. F. Magnan, V. Srinivasan, S. E. Sloop
Luis A. Diaz Aldana (Idaho National Laboratory) and Marca Doeff (Lawrence Berkeley National Laboratory)