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Lithium-Ion Battery Safety
Setting Consumer Standards for Lithium Lithium-Ion Batteries Act
Commissioner of the New York City Fire Department
Standardizing Battery Safety
Hazards Caused by Illicit Repair Shops
Do You Think It Would Be Useful To Include More Tamper Resistance Solutions To Make It Harder for Consumers To Open the Batteries and To Make
Battery Designs
Cell Balancing
Battery Recycling
Is There a Technology That Disables a Battery Pack if the Cells Are Broken Apart
Introduction to Battery Talk
Recap from Part One
Lithium Carbonate Equivalent (LCE)
Lithium Types and Sources
Lithium Availability
Location and Availability
Hard Rock Mining
Brine Evaporation (and environmental/water concerns)
Direct Lithium Extraction (DLE)
Direct Lithium Extraction Method Tradeoffs
Direct Lithium Extraction DATA
Cost of Different Methods
Players in the Field
Lithium Refining Process
Differing Opinions on Upward Trajectory of EV's / Battery Needs / Lithium usage
The Problem (North American Gigafactory Announcements)
The Rate Race Part 1 ( Lithium Supply Predictions)
Starting New Mining & Refining Timelines
Lilac DLE Discussion
Feasibility Studies
Goal of Net Zero - Don't lose sight of the goal
Potential Solutions - Regulatory, Technology, Market preferences, Recycling, Integration
Intro for Recycling Video next time from Luke Workman
Plugs for Limiting Factor video on Lithium
Introduction
Why batteries?
Battery technologies
How does a battery work?
Key performance metrics
Battery industry structure
Do we have good chemistry? Anodes, cathodes and electrolytes
What is the perfect cathode? LCO, LMO, LFO, NMC, NCA
How do we make batteries? Battery manufacturing
The C-rate and Amp-hours (Ah)
Discharge curves
Watt about energy?
Form factors - Prismatic, cylindrical and pouch cells
How do we make better batteries
Summary
Welcome, Brie Lindsey, PhD, CCST
Assemblymember Eduardo Garcia
Dr. James Blair, Cal Poly Ponoma
Dr. Maryjo Brounce, UC Riverside
Dr. Patrick Dobson, Berkeley Lab
Dr. Andrew Haddad, Berkeley Lab
Opening Question: Haven’t we known that lithium exists in geothermal brine for a while? Where is the current excitement about it coming from?
What does direct lithium extraction mean? How does it compare to other extraction methods?
What are the waste streams that will be generated from the process of lithium extraction? Are there opportunities for the recovery of other resources from the geothermal brine?
How much Lithium is estimated to reside in the Salton Sea brine?
How are Tribes and Indigenous communities near the Salton Sea being included and empowered through energy development efforts?
Are there differences in the amount and types of hazardous waste produced between DLE and more established technologies? Are there differences in terms of the public health and environmental impacts of these technologies?
How does brine chemistry change (or might it change) with reinjection and pumping (which at the Clayton Valley dilutes the brine)?
Are the extraction approaches economically competitive?
What are some unknowns involved in DLE, particularly operations details such as: (i) amount water usage; (ii) overmining the resource. What does this say about the potential hazard of proprietary information?
How does this method of lithium extraction compare, in terms of labor requirements and risk of worker abuse, to more typical lithium extraction techniques?
Who has the mineral rights to these geothermal brines? Is this resource already reserved for particular DLE companies or is it open to new upcoming DLE technologies?
Closing Question: What is one of the most important things you’d like for California’s policymakers to take away from this briefing? Or, if is there something else you’d like to share with the audience that we haven’t touched on today?
Sarah Brady, Interim CEO, CCST
Melissa Howlett, Governor’s Office of Business and Economic Development (GO-Biz)
Chris Benner, UC Santa Cruz
Alissa Kendall, UC Davis
John McMillan, San Diego State University
Venkat Srinivasan, Argonne National Laboratory
Opening Question: Lithium is just one component of batteries—what other critical minerals are necessary and how challenging is it to import them?
What is the recyclability of lithium in batteries from a technological and market standpoint?
How can the US effectively incentivize the onshoring of the lithium supply chain and what barriers are currently in place that prevent this? California, specifically?
How is the industry thinking about streamlining the transportation of refined lithium from the Salton Sea and other refineries in California to the next destination in the value chain?
How do the Circular Economy and Extended Producer Responsibility policy frameworks apply to creating a sustainable lithium supply chain and green collar jobs?
How can the chronic health problems associated with playa dust and related asthma issues be resolved in concert with workforce development?
How do you envision the new lithium tax being used to benefit the local community and its infrastructure and providing equity in lithium development?
How are supply chains considered in the carbon intensity score and is mining an activity that increases the CI of batteries?
How long before the US could be self-sustaining without importing lithium from other countries?
How is the lithium industry planning to partner and consult with indigenous communities to address environmental and public health issues and prevent the destruction of important cultural sites?
Closing Question: What recommendation would each of you have for policymakers in California when it comes to building and supporting a lithium battery supply chain?
Introduction
Lithium Supply-Demand Fundamentals
Lithium Volatility and Growth Potential
EV Manufacturers Investing in Lithium Mining
Could Sodium Ion Batteries Displace Lithium?
Overview of Eureka Lithium
Nunavik as a Jurisdiction
Legendary Prospector Shawn Ryan
KoBold Metals Next Door
Exploration Plans for 2024