LITHIUM CHEMICALS FOR A NET ZERO FUTURE
400000
By 2030, Europe will demand at least 400,000 tons of lithium chemicals per year (source: Deutsche Rohstoffagentur DERA)
40000
Each of Livista Energy’s facilities will produce an initial 40,000 tons of battery grade lithium chemicals per year with availability for a second equivalent plant
850000
Livista Energy will help power around 850,000 Electric Vehicles every year
1
Livista Energy will construct Europe’s first two standalone lithium conversion facilities
Europe’s pace to decarbonise increases the need for qualified, reliable and sustainable chemicals.
E-Mobility and Energy Storage are core to Europe’s green revolution targeting 2030 as the critical adoption year.
Livista is positioned to be Europe’s largest and first sustainable refiner of Lithium Products.
Livista Energy will be capable to refine recycling materials close to direct consumers, delivering premium quality products.
The initial planned capacity of each plant will be 40,000 tons per annum of high purity lithium chemicals ramping up in line with the market growth using potentially expansion of the same capacity to each plant.
PRODUCTS
With increased demand for Lithium-ion Batteries, local supply hubs are now forming around traditional automobile manufacturing centres and renewable energy storage capacity. Modern manufacturing lines are supported by cathode manufacturers and battery cells assembly plants.
While Europe is essentially dependent on Asia and South America for its refined battery grade Lithium supply as of today, Livista Energy will build Europe’s first stand-alone lithium chemical converters to supply these hubs with the critical battery grade materials necessary to meet market growth in e-mobility and energy storage.
Livista Energy will contribute to Europe energy independence by ensuring that the supply chain of Lithium-ion Batteries remains in Europe with products having a high level of traceability and sustainability. With Livista Energy, Europe will remain at the forefront of the green energy transition.
LITHIUM HYDROXIDE – Battery Grade Lithium Hydroxide Monohydrate (LiOH)
