![Clear turquoise ocean water with gentle waves, showing variations in shades of blue and slight ripples on the surface.](/sites/default/files/styles/16_9_full_lg/public/images/h_16x9_solutions_battery_materials_1.webp?h=f8d3de98&itok=z8EdpQBc)
BATTERY MATERIALS TECHNOLOGIES
We advance technology that powers an electrified world.
Albemarle is a trusted partner with automotive manufacturers and the battery value chain to deliver critical elements for lithium-ion batteries. As the world continues to electrify, Albemarle is pioneering technologies that will driver greater energy density for increased range and reduced weight and volume as well as closed-loop solutions for the lithium supply chain.
![Diagram labeled "anatomy of a lithium ion battery" depicting its structure with sections for cathode, anode, electrolyte, and porous separator, along with lithium ions and materials like lithium-metal oxide and lithium carbon (graphite).](/sites/default/files/styles/16_9_12col_lg/public/images/ib_16x9_anatomy_of_a_lithium_ion_battery_2.webp?h=d93f6874&itok=TdIx2Xgh)
Our offerings meet the demand for a clean energy future and innovation in mobility, energy and electronics:
POWER IN NUMBERS
- +3.2 MMt
- Projected global lithium demand by 2030
- 59%
- Projected EVs share of global auto market by 2030
- 86%
- Amount of battery material supply from end-of-life BEVs by 2035
![A scientist in safety goggles and gloves operates a sophisticated laboratory device with various dials and tubes, focusing intently on her task.](/sites/default/files/styles/1_1_6col_lg/public/images/bcb_1x1_solutions_battery_materials_3.webp?h=70491a58&itok=fjKeTJBt)
ADVANCEMENTS
Unlocking Value in All Parts of the Battery Cell
Lithium-ion batteries have conventionally consisted of a cathode, a graphite anode and a liquid electrolyte.
- Lithium metal anodes are critical in delivering significant improvements in energy density
- Transferring from flammable liquid electrolyte to semi-solid and solid-state architecture can improve safety and performance
- Rapid innovation in lithium materials indicates yet more improvements
![A digital display of a vehicle’s battery level showing a full charge at 100%, with an icon of a fuel pump and a plug, framed by an eco and power gauge.](/sites/default/files/styles/1_1_6col_lg/public/images/bcb_1x1_solutions_battery_materials_4.webp?h=70491a58&itok=uCq14n1N)
ADVANCEMENTS
EV Range Improvements from Battery Materials
Through advancements in battery cell materials, significant increases in the range of EVs are being realized – with a 40% increase in average range projected by 2030. That’s the equivalent of a 185-mile range EV getting a range boost to 260 miles.