Protected: Lithium Hydroxide Production: How Does Electrolysis Stack Up on Cost?

I can’t access the full article because it’s protected. Generally, electrolytic production of lithium hydroxide from lithium chloride can be cost-competitive where electricity is very cheap and co-product credits for chlorine and hydrogen are realizable; it swaps higher capex and power intensity for lower reagent use, fewer waste streams, and potentially higher purity. Conventional chemical conversion routes (e.g., from lithium carbonate or sulfate) usually have lower capex and less exposure to power prices but carry ongoing reagent and byproduct-handling costs. The economic crossover depends mainly on electricity price and availability, current efficiency/membrane life, plant scale and integration with Cl2/H2 offtakers, feedstock purity/logistics, and carbon policy; with abundant low-cost renewables, electrolysis can cut both OPEX and CO2, but without that, traditional routes often remain cheaper.

Where do you see the bigger near-term edge: colocating electrolysis with cheap renewable power and chlorine/hydrogen offtakers, or scaling proven chemical conversion near upstream lithium sources?