Emirates Volt refines spodumene concentrate into battery-grade lithium hydroxide on the Khalifa Port shoreline — owned by an ADGM-registered company in Abu Dhabi Global Market and engineered in cooperation with German process technology.
Element three on the periodic table is the highest-energy-density battery chemistry known to industry. Every electric vehicle, every grid battery, every data centre backup rack and every phone in every pocket runs on it. The energy transition and the intelligence revolution share one bottleneck: lithium.
One loosely-held outer electron gives lithium the most negative electrode potential of any element — −3.04 volts — which is why a lithium-ion cell stores roughly five times the energy of the lead-acid chemistry it replaced, at a third of the weight.
That is why industry forecasters project global lithium demand to grow several-fold between now and 2035, driven first by electric mobility, and increasingly by stationary storage for grids and AI data centres — the two fastest-growing sources of electricity demand on earth.
The GCC has the ports, the energy and the capital. What it has never had is conversion capacity. Emirates Volt closes that gap.
Battery-grade lithium chemicals sit upstream of nearly every technology defining the next two decades.
EVs, buses, trucks and two-wheelers — the largest and fastest-growing lithium market, with every major automaker committed to electrified line-ups.
Utility battery farms firm solar and wind into round-the-clock power — the fastest-percentage-growth segment of the entire battery industry.
Every GPU cluster sits on lithium-ion UPS strings and, increasingly, on-site battery plants that shave peaks and ride through grid events.
Phones, laptops, wearables and power tools — the market that built the lithium industry and still consumes hundreds of gigawatt-hours a year.
Drones, satellites, electric aviation and soldier systems demand the highest specific energy available — and qualify only the purest chemistries.
Technical-grade carbonate lowers melting points in glass and ceramics, hardens greases, and serves specialty chemical and medical markets.
Artificial intelligence is the fastest-growing consumer of electricity in modern history. Training clusters draw the power of small cities; inference never sleeps. Every serious data centre now pairs its grid connection with lithium batteries — for uninterruptible power, for peak-shaving, and increasingly as co-located storage plants that let AI campuses run on solar around the clock.
Built on a 42-hectare parcel inside KIZAD's heavy-industry cluster, the Emirates Volt facility takes 6% Li₂O spodumene concentrate from partner mines and converts it — through roasting, acid baking, leaching, purification and crystallisation — into the lithium hydroxide monohydrate that high-nickel cathodes demand.
A 90-metre counter-current kiln of German design converts α-spodumene to reactive β-phase at 1,075 °C, with full waste-heat recovery.
On-site sulphuric acid handling with double-containment storage; acid bake at 250 °C pulls lithium into a water-soluble sulphate.
Staged leach, limestone neutralisation and ion-exchange polishing strip iron, aluminium, calcium and magnesium to parts-per-million.
Triple-effect vacuum crystallisers built to German engineering standards grow LiOH·H₂O under tight supersaturation control.
Caustic, limestone and process-water storage engineered to Gulf coastal standards, with bunded containment across the full farm.
ICP-MS assay on every lot; product dried, nitrogen-blanketed and packed in 500 kg bulk bags or 25 kg drums for container loading.
A continuous sulphate-route conversion line, engineered for high recovery and closed-loop water. Follow the gold line — it is the path the lithium travels.
α-spodumene converts to reactive β-phase in the rotary kiln, unlocking the lithium lattice.
β-spodumene is mixed with sulphuric acid and baked, pulling lithium into a soluble sulphate.
Water leaching dissolves Li₂SO₄; limestone neutralisation drops iron and aluminium out of solution.
Ion exchange strips calcium and magnesium to parts-per-million, protecting cathode chemistry downstream.
Lithium sulphate reacts with caustic to form lithium hydroxide liquor; sodium sulphate is recovered.
Vacuum crystallisers grow LiOH·H₂O; product is dried, micronised and packed under nitrogen.
Every lot ships with a full ICP-MS certificate of analysis. Qualification samples are available to cathode and cell manufacturers under NDA.
The preferred feedstock for high-nickel NMC 811 and NCA cathodes, where low-temperature lithiation preserves nickel structure. Micronised, low-moisture, nitrogen-packed.
Produced on a swing circuit by CO₂ sparging of hydroxide liquor — capacity flexes between hydroxide and carbonate as cathode chemistry demand shifts between high-nickel and LFP.
The Emirates Volt parcel sits inside KIZAD Area A on the Taweelah coast, with Khalifa Port's deep-water container terminals seven kilometres north and the Etihad Rail freight corridor alongside.
Deep-water berths 7 km from the fence. Concentrate lands and hydroxide sails on the same quay line — no inland haulage risk.
Abu Dhabi grid supply supplemented by on-site solar — stable tariffs for an energy-intensive conversion process.
KEZAD framework: 100% foreign ownership, customs efficiency, and land tenure built for heavy process plants.
The parcel adjoins the freight rail corridor, opening overland routes across the GCC as the network completes.
African and Australian spodumene inbound. Battery-grade chemicals outbound to cathode plants across Asia and Europe. KIZAD sits at the crossing point.
Emirates Volt combines institutional-grade governance with proven European process technology — a structure built to give offtakers, lenders and partners full confidence.
Emirates Volt is wholly owned by an ADGM-registered holding company in Abu Dhabi Global Market — the emirate's international financial centre, operating under a direct application of English common law.
The conversion line is engineered in cooperation with German process-technology partners — from kiln thermodynamics to crystalliser design — bringing decades of European hydrometallurgical practice to the Gulf.
Front-end engineering design completed with German technology partners; environmental permitting and KEZAD land agreements executed.
Earthworks, kiln foundations and crystalliser hall erection under way; long-lead equipment on order from European suppliers.
Kiln first-fire, wet commissioning of the hydromet circuit, and the first LiOH·H₂O crystal produced in the GCC.
Ramp to 25,000 t/a LCE; battery-grade qualification lots with cathode makers across Asia and Europe.
A lithium plant that feeds the energy transition should be built to its standards. Emirates Volt is engineered around three commitments.
Every process stream is evaporated, crystallised or recycled. No effluent leaves the fence line — critical in an arid coastal environment.
Rooftop and adjacent-parcel photovoltaics target 40% of plant load at commissioning, with a pathway to grid-scale clean PPA supply.
Aluminosilicate leach residue is directed to cement and construction-material offtake rather than landfill.
Qualification samples, long-term offtake, tolling arrangements and investment enquiries.