The future of wastewater treatment

The problem

Heavy industry produces 1.7 billion tonnes of wastewater per day

Disposal is becoming increasingly regulated

This results in high costs and uncertainty around future operations

An economic treatment remains elusive

The Solution

Aquafortus is a pioneer in non-thermal desalination technology

The Aquafortus ABX™ system is a novel solvent exchange process that treats high salinity brines.

Our patented process absorbs water from brine by solvent extraction and then produces clean water through membrane filtration.

The ABX™ system is the most advanced treatment solution

50

%

less energy intensive

40

%

lower opex

Similar

Capex compared to thermal alternatives

INDUSTRIES

The leading wastewater treatment solution for heavy industry

Oil + gas

For example, the Permian Basin alone produces more than 20 million barrels of wastewater every day.

The current practice of injecting this water back underground is causing significant seismic activity. Regulatory pressures have increased, and more stringent regulation is widely expected. Reduction in the capacity to dispose will force industry to treat the excess water to an acceptable standard or result in reduced production

Mining

Mining requires the use of water to facilitate separation of ore from rock. Reduced production due to water scarcity is increasingly common. Wastewater from mining is stored in hazardous tailings ponds.

Regulations typically require a mine owner to monitor these sites long after the mine has ceased operations. Increasingly, the financial burden of cleaning up spillage from the ponds is shifting from the public to mine owners. This creates a massive financial liability for mining companies.

Power Plants

This is typically done by scrubbing the gas with a sorbent to transfer the contaminants into a liquid waste stream.

The wastewater stream itself faces regulatory restrictions. Significant treatment is required before the water can be discharged.

Semiconductor Fabrication

The fabrication process of silicon semiconductor devices require significant use of ultra-pure water for cleaning and rinsing operations to maintain the integrity and quality of the circuitry.

A large semiconductor fabrication facility could consume up to 4.8 million gallons of water daily. This is equivalent to the water consumption of 60,000 people.

The transition to water recycling is already underway and demand for treatment continues to rise.

Our partners

News

Stay up to date

Rash of earthquakes blamed on oil production, including a magnitude 4.9 in Texas

Three earthquakes that struck west Texas on Monday – including a magnitude 4.9 quake – are all linked to local oil production.

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Disaster declaration after 5.1 earthquake, 60 other earthquakes

After being hit by a third major earthquake that was felt around West Texas this week, the Scurry County judge has issued a disaster declaration.

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The Railroad Commission shuts in 2 disposal wells after earthquakes

Aquafortus is seeing genuine efforts in the industry, led by numerous forward-looking oil & gas companies, to explore produced water treatment. The time is right for a novel and sustainable technology solution to disrupt the market.

Learn more