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Supply Chain

Supply Chain | Minerals | Overview Lithium, nickel, cobalt, graphite and manganese are the five key minerals in EV batteries. Australia, Indonesia, and the Democratic Republic of Congo dominate mining, but Chi…

Supply Chain

Supply Chain | Minerals | Lithium The current Li market is highly concentrated: 90% of global lithium production stems from 3 countries: Australia, Chile, China. …

Supply Chain

Supply Chain | Minerals | Lithium & Cobalt The supply of lithium for EV batteries could remain tight this decade, based on consensus EV sales forecasts and battery pack chemistry/size expectations. Lithium &…

Supply Chain

Supply Chain | Minerals | Lithium ESG (Environmental Social Governance) is a key risk management tool with growing importance to shareholders as mining projects faces strong push back from local communities. …

Supply Chain

Supply Chain | Natural graphite China dominates natural flake graphite production and holds monopoly on the conversion process for producing spherical graphite used for anode electrodes. The chemical purification…

Supply Chain

Supply Chain | Synthetic Graphite Synthetic graphite 2022 market size: $8833M Needle coke (high end) Raw Material Suppliers Petroleum Coke (low e…

Supply Chain

Supply Chain | Natural v. Synthetic Graphite Processing Natural graphite is cheaper and ~55% less carbon intensive to Natural Synthetic produce. Th…

Recycling

…pplications Development Costs Supply Chain Recycling Manufacturing Safety / Legal 108 Industry: Outline …

Recycling

Recycling | Market Forecast Uncertainty in Li supply chain intensifies competition between recycling and yield efficiency/second life Overall forecast: Li-ion battery recycling market size predicted to reach $19.9B USD by 2030 with a forecasted 7.6% CAGR …

Recycling

… see rapid supply chain expansion 112 Industry: Recycling …

Recycling

Recycling | Supply Chain Complexity Recycling's complex supply chain limits profitability in various segments, and may result in increased export of EV batteries to countries that do not regulate hazardous waste. Standardizat…

Recycling

… recycled content: cells with minimal De-risking of supply chain for materials required Value issues/cosmetic damage that can operate like a for battery production, reduce landfill & CO2 Hand…

Recycling

… 2026: battery passport with Now: Rules collection, supply chain due diligence carbon footprint, responsible 1st Jan 2030: recycling disposal, and indicating …

Manufacturing

…lications Development Costs Supply Chain Recycling Manufacturing Safety / Legal 121 Industry: Outline …

Manufacturing

…to lose some global market share but will continue to increase production capacity throughout the supply chain. “The likely growth of EV infrastructure in China over that period is going to be so massive that it will still outstrip Europe and the US.” Ross Gregory Part…

Manufacturing

…nal on-site. Module & Pack Assembly: Transport of cells supply chain. Electrolyte suppliers: Final mixing of comes with special transport regulations and high Equipment Suppliers: Cost pressure and electrolyte is often connected by costs. Large-scale o…

Safety / Legal

…pplications Development Costs Supply Chain Recycling Manufacturing Safety / Legal 136 Industry: Outline …

Na-Ion

…hodes with oxygen-redox activity Sodium-ion batteries avoid looming constraints in the lithium supply chain. They are unlikely to match lithium-ion energy density but put more emphasis on cost and sustainability, so earth-abundant materials are critical. Researchers from Lancaster, UCL, and Diamon…

Headlines

…ots & Lots & Lots Of Jobs Companies seeking to rapidly expand output and avoid supply chain disruptions are building domestic battery manufacturing plants in the US. In some states, these are some of the largest, if not the largest, economic develop…

Education and Training

… 34% 20% 45% through internal training Supply Chain Management 5% 13% 20% 29% 9% 43% programs. Manufacturing Including Plant Design 4% 9…