Post by account_disabled on Feb 19, 2024 22:58:05 GMT -6
The only thing that can put the price of lithium at risk is “That a large amount of lithium will be discovered elsewhere, massive discoveries, which could happen because not much lithium has been discovered in history.” Dreizzen said in dialogue with Bloomberg Línea.
Regarding the use of this Asia Mobile Number List key resource for the energy transition, the report details that lithium represents between 7% and 10% of the battery. On average, a vehicle requires 55 kilograms of lithium carbonate to manufacture the battery cathode and the average amount is equivalent to what 17 thousand cell phones require.
Lithium in ArgentinadfdLithium demand forecasts Driven by electric cars (Source: Aleph Energy)How is lithium produced in Argentina?Global lithium resources reach 98 million tons. of which 58% is found in brines, as occurs in the so-called lithium triangle made up of Chile, Argentina and Bolivia.
In the Argentine case, they are concentrated in three northern provinces: Catamarca, Salta and Jujuy. And they stand out for a good balance between high lithium content and low concentration of impurities.
Lithium in ArgentinadfdProduction projections in Argentina (Source: Aleph Energía)Two of the Argentine salt flats ( Salar de Hombre de Muerto and Salar Cauchari – Olaroz ), which already produce lithium hydroxide and carbonate, are among the three with the highest concentration of lithium, behind the Salar de Atacama, in Chile. They are also among the three with the least impurities.
dreizzen, explains that the production of lithium in brine is more economical than in pegmatites and granite (rock) , as is the case of Australia, the world's main producer; or from Brazil. "The benefit is that being in salt flats you don't spend as much energy, because evaporation does a lot of the work and then it is easier to separate it than from the rock and "This allows us to obtain lithium carbonate at low cost and in a very competitive way." , explained the author of the report.
In the production of lithium in brines, companies are currently debating between two technologies to separate the resource: evaporation in pools or direct lithium extraction. In the country, production is currently imposed in traditional pools, although more and more companies are researching and investing in the development of direct extraction (DLE), which is supposed to be more sustainable.
Regarding the use of this Asia Mobile Number List key resource for the energy transition, the report details that lithium represents between 7% and 10% of the battery. On average, a vehicle requires 55 kilograms of lithium carbonate to manufacture the battery cathode and the average amount is equivalent to what 17 thousand cell phones require.
Lithium in ArgentinadfdLithium demand forecasts Driven by electric cars (Source: Aleph Energy)How is lithium produced in Argentina?Global lithium resources reach 98 million tons. of which 58% is found in brines, as occurs in the so-called lithium triangle made up of Chile, Argentina and Bolivia.
In the Argentine case, they are concentrated in three northern provinces: Catamarca, Salta and Jujuy. And they stand out for a good balance between high lithium content and low concentration of impurities.
Lithium in ArgentinadfdProduction projections in Argentina (Source: Aleph Energía)Two of the Argentine salt flats ( Salar de Hombre de Muerto and Salar Cauchari – Olaroz ), which already produce lithium hydroxide and carbonate, are among the three with the highest concentration of lithium, behind the Salar de Atacama, in Chile. They are also among the three with the least impurities.
dreizzen, explains that the production of lithium in brine is more economical than in pegmatites and granite (rock) , as is the case of Australia, the world's main producer; or from Brazil. "The benefit is that being in salt flats you don't spend as much energy, because evaporation does a lot of the work and then it is easier to separate it than from the rock and "This allows us to obtain lithium carbonate at low cost and in a very competitive way." , explained the author of the report.
In the production of lithium in brines, companies are currently debating between two technologies to separate the resource: evaporation in pools or direct lithium extraction. In the country, production is currently imposed in traditional pools, although more and more companies are researching and investing in the development of direct extraction (DLE), which is supposed to be more sustainable.