Canada Lithium Mining Processing Plant Feasibility Study with Global Battery Supply Chain Outlook

Executive Viability Abstract

This feasibility study evaluates the establishment of a large-scale lithium hydroxide (LiOH) processing plant in Canada, specifically targeting the James Bay or Abitibi regions. The project leverages Canada's vast spodumene resources and the US Inflation Reduction Act (IRA) incentives to create a localized North American battery supply chain. The analysis confirms strong economic viability driven by the transition to electric vehicles and the strategic need for non-geopolitical-risk supply chains.

## Market Analysis The global demand for Lithium Hydroxide is projected to grow at a CAGR of 18.5% through 2030. Canada is uniquely positioned to benefit from the 'China-plus-one' strategy. Under the USMCA and IRA, Canadian-processed lithium qualifies for US EV tax credits, providing a significant competitive edge over Asian competitors. Current market prices for battery-grade LiOH fluctuate between $25,000 and $45,000 per tonne. ## Capex Summary Initial Capital Expenditure is estimated at $950 million USD. This includes $450M for the chemical conversion plant, $300M for mining infrastructure and spodumene concentrator, and $200M for environmental mitigation, tailings management, and contingency. Operating costs (Opex) are estimated at $6,500 per tonne of LiOH. ## Revenue Model The plant is designed for an annual output of 35,000 tonnes of battery-grade LiOH. At a conservative long-term average price of $28,000/tonne, annual gross revenue is projected at $980 million. Secondary revenue streams include sales of tantalum concentrates and quartz byproducts. ## Financial Projections Over a 20-year project lifecycle, the facility is expected to generate a total EBITDA of $12.6 billion. The project maintains a healthy margin even in low-price cycles due to proximity to low-cost hydroelectric power in Quebec/Ontario.