As regulatory pressures increase and the costs of PFAS remediation rise, industry and government leaders are faced with a common question: how to permanently remove PFAS contamination from clean drinking water efficiently, safely, and at scale.
For decades, most treatment approaches have focused on separation rather than destruction, removing PFAS from water through filtration or adsorption, only to create secondary waste streams that require additional treatment and disposal. Today, plasma-based destruction technologies offer a fundamentally different path forward.
DMAX Plasma Inc. is at the forefront of this change, offering a scalable plasma destruction platform designed to permanently destroy PFAS molecules across a wide range of real-world water matrices, from landfill leachate to groundwater, stormwater, and industrial wastewater.
Beyond separation to permanent destruction
PFAS compounds are notoriously difficult to break because the carbon-fluorine bond is the strongest chemically. Traditional treatment technologies such as granular activated carbon, ion exchange, and membrane systems capture but do not remove PFAS, shifting long-term liability downstream.
DMAX Plasma solutions focus on permanent molecular disruption. Use of non-thermal plasma-based processes:
The system creates a high-energy interface and ionizes argon gas to generate reactive plasma species that break down PFAS compounds into their elemental components without producing hazardous secondary waste streams. Basically, you generate lightning in a bottle and use it.
said Ken Camarco, CEO of DMAX Plasma. “We have demonstrated very high efficacy in destroying PFAS precursors, long-chain, short-chain, and now ultra-short-chain PFAS.”
This capability addresses one of the most persistent challenges facing environmental engineers: uncertainty across diverse contamination profiles.
Designed for real water conditions
Under ideal laboratory conditions, PFAS contamination rarely occurs. Instead, engineers must deal with complex water matrices containing suspended solids, high conductivities, organic compounds, and a variety of other chemical reactions.
DMAX Plasma has designed a system specifically for these conditions.
“Because this is a non-selective process, we can target PFAS regardless of what else is in the water, and we see very little contamination from other contaminants,” Camarco explained. “Whether it’s landfill leachate, groundwater, industrial wastewater or rainwater, we have demonstrated strong destruction performance in each of the affected environments. Additionally, we can treat concentrated water streams using foam fractionation, membrane filtration or ion exchange.”
This flexibility allows the DMAX system to function as a standalone processing system or be integrated into an existing processing train, giving engineers the flexibility to deploy it throughout a restoration site.
Continuous flow scalability for production deployments
One of the key differentiators of plasma destruction is that it can operate continuously rather than in batch mode.
Many new PFAS destruction technologies are still limited to batch processing, creating large-scale operational bottlenecks. DMAX Plasma’s modular reactor architecture enables continuous processing with scalable throughput. It is easy to install on your site and can be up and running within half a day.
“We can configure solutions to handle flow rates of 10 gallons per minute, 50 gallons per minute, and even more,” Camarco says. “It’s a modular concept. You can add reactors, increase plasma production, and scale based on your capacity requirements.”
This modularity enables deployment across a wide range of applications, including:
• Military facilities and commercial airfields affected by Aqueous Film Forming Foam (AFFF)
Landfill leachate treatment Industrial process water and wastewater purification: Chemical, petrochemical, semiconductor, microelectronics, automotive, and other groundwater Rainwater runoff
The system can be deployed as a fixed installation or a mobile system mounted on a trailer, enabling treatment at remote or temporary repair sites and offering treatment-as-a-service (TaaS).
Reduce operating costs through efficient design
Cost remains a major concern for remediation programs, especially considering the long-term economic burden associated with PFAS contamination.
DMAX Plasma’s fully automated system is designed to reduce cost and complexity, making it the industry’s lowest cost to build, operate, and maintain systems to destroy PFAS.
Because it’s a non-thermal pulsed plasma, “the energy consumption is very low and the amount of recycled argon gas is minimal, so it’s not a big cost factor,” Camarco said.
Automated, continuous operation reduces personnel requirements, and systems with few moving parts are safe and reliable.
The system’s robust design also minimizes maintenance requirements, avoiding fouling issues and the need for pre-treatment.
Scalable solution for military and industrial remediation
PFAS contamination is particularly widespread at military bases, civilian airfields, landfills, industrial production sites, and local water supplies.
“The DMAX non-thermal plasma process is the most cost-effective and sustainable total PFAS destruction solution on the market. It is designed to reduce complexity and energy usage, uses few process consumables, produces no harmful process by-products, and the system is scalable to meet volume requirements.”
These environments require solutions that can handle complex contamination profiles and high throughput.
DMAX Plasma’s platform has been field tested in a variety of environments, including military and industrial remediation projects.
“The real challenge has always been whether a technology can treat all types of contaminated water,” Camarco said. “We demonstrated strong disruption across PFAS-impacted water systems over thousands of hours of processing time.”
This performance provides remediation engineers with a destruction-based solution that can address both current contamination and future regulatory requirements.
Redefining the future of PFAS remediation
As regulatory standards tighten and remediation efforts accelerate around the world, permanent destruction techniques are emerging as an essential component of long-term PFAS management strategies.
Combining scalable continuous flow operation, robust performance across diverse water matrices, and efficient automated operation, nonthermal plasma destruction technology will play a central role in next generation remediation infrastructures.
For engineers, consultants, and remediation leaders, the transition from PFAS separation to permanent destruction represents an important step forward.
DMAX Plasma’s technology provides a scalable path to achieving that goal. As a standalone system or as an integrated part of a treatment train, permanently remove PFAS at the molecular level, reducing long-term environmental and financial liability.
Please note: This is a commercial profile
This article will be published in the upcoming PFAS Special Focus Publication in April.
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