Zero-Carbon Lithium Compounds

The world’s most sustainable lithium

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Batteries

Pure & Green Lithium Compunds: The Sustainable Choice

Probably the world’s most sustainable high-purity battery-grade lithium carbonate and lithium hydroxide.

Lithium has proven to be the most effective solution to store energy from intermittent renewable energy sources like wind and solar.

However, the paradox is that traditional lithium mining has a substantial environmental footprint. Ore mining and brine extraction have an extensive CO2 footprint, which causes permanent adverse impacts on wildlife and contaminates soil and water resources.

Our proprietary technology solves the environmental issues of lithium mining.

Lithium

Lithium Specifications

Lithium Carbonate Lithium Hydroxide
Grade x x
Density y y
Application Battery Battery

Technology Benchmark

Produced Water Pouring Out Of A Pipe

Lithium Harvest Technology

1440X810 Cmsv2 Bdfbbfd3 60B3 521C B568 23359B060381 6444452

Solar Evaporation Brine Extraction

Mining Pit

Hard Rock Mining

Project implementation time 1 year 5-15 years 5-15 years
Lithium carbonate production time 2 hours 2-3 years 2-4 months
Lithium yield >95% 20-40% 6-7%
Footprint 1.4 acres 65 acres 115 acres
System design Modular and mobile Stationary Stationary
Environmental impact Minimal Soil- and water contamination Soil- and water contamination
Water consumption 21 million gallons 550 million gallons 45 million gallons
CO2 footprint Neutral 5 million kg 15 million kg
Average invested capital $18 million $50 million $60 million
Average cost per metric ton $5,500 $5,800 $6,900
Produced Water Pouring Out Of A Pipe

Lithium Harvest Technology

Project implementation time 1 year
Lithium carbonate production time 2 hours
Lithium yield >95%
Footprint 1.4 acres
System design Modular and mobile
Environmental impact Minimal
Water consumption 21 million gallons
CO2 footprint Neutral
Average invested capital $18 million
Average cost per metric ton $5,500
1440X810 Cmsv2 Bdfbbfd3 60B3 521C B568 23359B060381 6444452

Solar Evaporation Brine Extraction

Project implementation time 5-15 years
Lithium carbonate production time 2-3 years
Lithium yield 20-40%
Footprint 65 acres
System design Stationary
Environmental impact Soil- and water contamination
Water consumption 550 million gallons
CO2 footprint 5 million kg
Average invested capital $50 million
Average cost per metric ton $5,800
Mining Pit

Hard Rock Mining

Project implementation time 5-15 years
Lithium carbonate production time 2-4 months
Lithium yield 6-7%
Footprint 115 acres
System design Stationary
Environmental impact Soil- and water contamination
Water consumption 45 million gallons
CO2 footprint 15 million kg
Average invested capital $60 million
Average cost per metric ton $6,900
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The world’s most sustainable lithium

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