Industrial Wastewater
Our HALT process harnesses the unique properties of hot, compressed water to break the strong carbon-fluorine bonds that hold PFAS together.
Manufacturing
PFAS have been widely used in the manufacturing of various consumer products due to their resistance to grease, heat, water, and oil. As awareness and regulations surrounding PFAS continue to evolve, producers are under increasing pressure to reduce or eliminate their use and implement safe wastewater management practices.

We can partner with your team to proactively address these challenges, ensuring compliance with emerging PFAS regulations and minimizing future liability by destroying PFAS through a closed-loop, mobile treatment process.

Regenerable Ion Exchange

Regenerable ion exchange resins (IXR) can effectively capture most PFAS, and can be regenerated for long-term re-use of the IXR material.

The HALT process enables direct treatment of IXR regeneration brine to meet discharge targets.

Membrane Filtration

Reverse osmosis (RO) or nanofiltration (NF) membranes are effective at removing PFAS from wastewater, but both produce a concentrated reject stream that must be treated.

The HALT process enables direct treatment of RO or NF concentrate for meeting discharge targets.
Semiconductor Fabrication
The consumer electronics sector is in a constant state of progress, marked by ongoing advancements and innovations. As chip development usage increases, the global utilization of PFAS during manufacturing also expands. This poses a significant environmental hazard to water systems as PFAS, known as "forever chemicals," contaminate production wastewater.

Limitless Opportunities

With the escalating federal and state regulations concerning PFAS, fabrication producers are incentivized to become early adopters of PFAS-eliminating technologies. Manufacturers are currently in search of solutions for eliminating PFAS from their fabrication wastewater. There are numerous benefits associated with the implementation of HALT into their infrastructure:

🌊
HALT System
Destroys PFAS just using hot, compressed water + alkali amendment.
♻️
Sustainable Tech
HALT destroys PFAS compounds >99.9% with no harmful byproducts.
🏭
Treatment Train
Enables direct treatment of IXR regeneration brine & RO/NF concentrate.
📈
Meet ESG Goals
⚖️
Stay Compliant
💧
Prevent Pollution
☑️
Mitigate Liability

HALT Treatment

Regenerable ion exchange resins (IXR) can effectively capture most PFAS, and can be regenerated for long-term re-use of the IXR material.

The HALT process enables direct treatment of IXR regeneration brine to meet discharge targets.

Membrane Filtration

Reverse osmosis (RO) or nanofiltration (NF) membranes are effective at removing PFAS from wastewater, but both produce a concentrated reject stream that must be treated.

The HALT process enables direct treatment of RO or NF concentrate for meeting discharge targets.
Solid Waste
Destroy PFAS in landfill leachate with Aquagga’s HALT systems. Our PFAS destruction systems can be brought on-site and coupled to existing and new treatment systems to completely destroy PFAS quickly and cheaply, only creating byproducts that are safe and non-toxic.

Limitless Opportunities

Given the increasing federal and state regulations regarding PFAS, landfills now have a distinct opportunity to embrace pioneering technologies designed to eliminate PFAS. This provides them with the opportunity to establish themselves as champions of environmental stewardship. There are numerous benefits that incentivize landfills to adopt a technology to completely destroy PFAS:

🔗
Forever Chemicals
HALT breaks apart strong carbon-fluorine bonds of PFAS in leachate.
💰
Funding Potential
Address PFAS and landfills may eligible for government-issued grants.
📍
On-Site Solution
Safe, effective PFAS destruction without producing toxic byproducts.
🌍
Cleaner Environment
Eliminate PFAS for safe water & prevent biosolid contamination.
🚛
Save on Transport
⚖️
Stay Compliant

HALT Treatment

Regenerable ion exchange resins (IXR) can effectively capture most PFAS, and can be regenerated for long-term re-use of the IXR material.

The HALT process enables direct treatment of IXR regeneration brine to meet discharge targets.
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We’re here to help.

Inquire with our team today for a quick consultation of our pilot/bench testing and on-site remediation services.