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Meeting 2017 TMS Annual Meeting & Exhibition
Symposium Advances in Environmental Technologies: Recycling and Sustainability Joint Session
Presentation Title Accelerating Life-cycle Management Protocols for New Generation Batteries
Author(s) Timothy Ellis, John Howes, Travis Hesterberg
On-Site Speaker (Planned) Travis Hesterberg
Abstract Scope The production of lead-acid batteries is defined by a closed-loop product life-cycle. Active material and grid alloys are converging on an adaptable specification set that improves both performance and recyclability. This process for lead-acid batteries has taken over 50 years to develop. But, as the use of batteries made with other chemistries continues to grow, the need for a comparable life-cycle management adoption process becomes increasingly apparent. What has taken 50 years for lead-acid to evolve in a closed-loop paradigm must now be accomplished in less time. End-of-life costs for batteries using other chemistries and technologies are not embedded in the product cost and are borne by other constituencies with often inefficient and environmentally damaging results. Lead-acid can serve as a materials technology management model for other products. The technology management history and the development of the present materials set in this context and future projections will be discussed.
Proceedings Inclusion? Planned:


A Low Temperature Procedure for the Delamination of Brominated Epoxy Resin of Waste Printed Circuit Boards
Accelerating Life-cycle Management Protocols for New Generation Batteries
Addressing Criticality in Rare Earth Elements through Strategic Recycling
Characteristics of Municipal Solid Waste Incineration Bottom Ash with Particulate Matters PM2.5 ~PM10
D-4: Chronopotentiometry Applied to the Determination of Copper Transport Properties through a Cation-exchange Membrane
D-5: Effect of Flow Rate on Metals Adsorption of Synthetic Solution Using Chelating Resin Dowex XUS43605 in Column Experiments
D-6: Evaluation of the Silver Recovery from Solid Industrial Wastes in an Electrochemical Reactor
D-7: Preparation of Core-shell Fe3O4@SiO2 Nanoparticles from Iron Tailing via Chemical Co-precipitation Method
D-8: Recycling of Worn Lithium Ion Batteries through a Process of Co-grinding with PVC
D-9: Chemical Reduction of Fe(III) in Nickel Lateritic Wastewater to Recover Metals by Ion Exchange
Development of a Separation Process of NBR/ HNBR Rubber from Metal Substrate
Development of Open Source Software Tool for Life Cycle Assessment of Rare Earth Elements Production
Environmental Implications of Laser Metal Deposition: The Role of Feedstock Powder and Material Utilization Fraction
Fabrication of Aluminum Foam from Aluminum Scrap
Recovery of Aluminum from the Secondary Aluminum Production Dust
Recovery of Electrolytic Zinc from Aqueous Wastes: An Approach to the Industry of Hot Dip Galvanized
Recovery of Metals and Nonmetals from Waste Printed Circuit Boards (PCBs) by Physical Recycling Techniques
Scoping the Potential of Coal Ash as a Source of Rare Earth Elements
Understanding Scrap Recycling and the Potential of Hand-held Elemental Analyzers

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