Litus

About Litus

Litus has developed a proprietary nanomaterial composite that selectively extracts lithium from water sources, achieving high purity and efficiency. This technology enables lithium recovery at lower financial and environmental costs compared to traditional methods, addressing the growing demand for sustainable lithium production.

```xml <problem> Traditional lithium extraction methods from aqueous sources often suffer from inefficiencies, high costs, and significant environmental impacts. These methods can be energy-intensive, generate substantial waste, and may not selectively target lithium in the presence of other ions. This creates a need for more sustainable and cost-effective lithium production technologies to meet growing global demand. </problem> <solution> Litus has developed LiNC™, a patent-pending nanomaterial composite technology for selectively extracting lithium directly from aqueous sources. This technology enables a more efficient and environmentally responsible lithium production process. The LiNC™ technology directly produces lithium compounds of exceptional purity, even in the presence of high concentrations of other cations. The extraction process preserves the source water, keeps it free from contaminants, eliminates wasteful processes, and reduces costs. </solution> <features> - Proprietary nanomaterial composite for selective lithium extraction - Direct production of high-purity lithium compounds - Selective extraction process effective in high concentrations of other cations - Reduced energy consumption compared to traditional methods - Minimized environmental impact through preservation of source water and reduced waste </features> <target_audience> The primary target audience includes lithium producers, engineering services firms, and other potential partners seeking more efficient and environmentally responsible lithium extraction solutions. </target_audience> ```

What does Litus do?

Litus has developed a proprietary nanomaterial composite that selectively extracts lithium from water sources, achieving high purity and efficiency. This technology enables lithium recovery at lower financial and environmental costs compared to traditional methods, addressing the growing demand for sustainable lithium production.

Where is Litus located?

Litus is based in Calgary, Canada.

When was Litus founded?

Litus was founded in 2019.

Location
Calgary, Canada
Founded
2019
Employees
12 employees

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Litus

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Executive Summary

Litus has developed a proprietary nanomaterial composite that selectively extracts lithium from water sources, achieving high purity and efficiency. This technology enables lithium recovery at lower financial and environmental costs compared to traditional methods, addressing the growing demand for sustainable lithium production.

litus.ca1K+
cb
Crunchbase
Founded 2019Calgary, Canada

Funding

No funding information available.

Team (10+)

No team information available.

Company Description

Problem

Traditional lithium extraction methods from aqueous sources often suffer from inefficiencies, high costs, and significant environmental impacts. These methods can be energy-intensive, generate substantial waste, and may not selectively target lithium in the presence of other ions. This creates a need for more sustainable and cost-effective lithium production technologies to meet growing global demand.

Solution

Litus has developed LiNC™, a patent-pending nanomaterial composite technology for selectively extracting lithium directly from aqueous sources. This technology enables a more efficient and environmentally responsible lithium production process. The LiNC™ technology directly produces lithium compounds of exceptional purity, even in the presence of high concentrations of other cations. The extraction process preserves the source water, keeps it free from contaminants, eliminates wasteful processes, and reduces costs.

Features

Proprietary nanomaterial composite for selective lithium extraction

Direct production of high-purity lithium compounds

Selective extraction process effective in high concentrations of other cations

Reduced energy consumption compared to traditional methods

Minimized environmental impact through preservation of source water and reduced waste

Target Audience

The primary target audience includes lithium producers, engineering services firms, and other potential partners seeking more efficient and environmentally responsible lithium extraction solutions.

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