Does PFAS Destruct remove or destroy PFAS?

PFAS Destruct is designed for PFAS destruction, rather than simply removing or concentrating PFAS. This makes it complementary to technologies such as activated carbon, ion exchange, reverse osmosis and foam fractionation, which separate PFAS from water but leave a concentrated PFAS-containing residual stream.

How is PFAS destruction verified?

Treatment performance can be assessed using PFAS-specific analysis and other analytical techniques. Verification requirements depend on project objectives, local regulations and the specific PFAS compounds being treated. Together with Axine, we can provide destruction data from bench and pilot testing, and that under service contracts treatment results can be guaranteed (to be confirmed with Axine for each project).

Why concentrate PFAS before destruction?

PFAS destruction is generally more attractive when applied to a smaller, concentrated stream rather than the full volume of contaminated water. Technologies such as VAL FoamFrac can first concentrate PFAS, after which PFAS Destruct can destroy the resulting concentrate. The PFAS Resolve concept is specifically designed around this concentration-to-destruction approach.

Which PFAS streams can be treated with PFAS Destruct?

PFAS Destruct is designed for concentrated PFAS streams including foam fractionation foamate, ion exchange regenerant, reverse osmosis concentrate, nanofiltration concentrate and other high-strength PFAS-containing wastewater streams.

Can PFAS Destruct destroy short-chain PFAS?

Yes. PFAS Destruct has demonstrated destruction of long-, short- and ultra-short-chain PFAS, including TFA, making it particularly valuable as the destruction stage following upstream concentration technologies. The broader PFAS Resolve concept combines different technologies to address long-, short- and ultra-short-chain PFAS.

Does PFAS Destruct create additional PFAS waste?

The purpose of PPFAS Destruct is to destroy PFAS rather than transfer it into another waste stream. By treating the concentrated PFAS directly within the electrochemical reactor, the need for external management of PFAS-containing waste can be significantly.

Can PFAS Destruct be combined with VAL FoamFrac?

Yes. This is one of the key applications within the PFAS Resolve concept. VAL FoamFrac concentrates PFAS into a small foamate stream, while PFAS Destruct subsequently destroys the concentrated PFAS. This concentration-and-destruction approach can substantially reduce the volume requiring intensive PFAS treatment.

PFAS Destruct - electraCLEAR™ - Nijhuis Saur Industries

Q: What is electrochemical oxidation for PFAS destruction?

Electrochemical oxidation uses an electrical current and specialized electrodes to create oxidation reactions that attack persistent organic contaminants. For PFAS, these reactions progressively break down the molecules and their strong carbon-fluorine structures.

Your challenges

PFAS removal alone does not eliminate the contaminant. Organizations increasingly need a safe, cost-effective and reliable way to manage and destroy concentrated PFAS streams.

Managing concentrated PFAS streams

Activated carbon, ion exchange, reverse osmosis and foam fractionation can separate PFAS from water, but the PFAS remains concentrated in a residual stream. Organizations are then responsible for managing this PFAS-containing material and the associated costs and liabilities.

Reducing disposal and incineration costs

PFAS-rich waste streams can require transportation, specialized disposal or incineration. As PFAS regulations become stricter and disposal routes become increasingly constrained, organizations need alternatives that reduce their dependence on external waste management.

Why treat concentrated PFAS streams?

Electrochemical oxidation is generally most effective when applied to concentrated PFAS streams. By reducing the treatment volume upstream through technologies such as Vacuum Foam Fractionation, Ion Exchange regeneration or Membrane Concentration, the

Minimizing environmental liability

Every concentrated PFAS waste stream represents an ongoing responsibility. Storage transportation and off-site treatment can create additional environmental, regulatory an reputational risks.

Preparing for future PFAS requirements

PFAS regulations continue to evolve across markets and applications. Organizations increasingly need treatment strategies that address only PFAS removal from water, but also the responsible management and destruction of concentrated PFAS.

How does it work ?

The process

PFAS Destruct uses advanced electrochemical oxidation (EOx) to destroy PFAS and other persistent organic contaminants in concentrated water streams.

Inside the reactor, an electrical current is applied across proprietary catalyst-coated electrodes, at ambient temperature and pressure. The resulting electrochemical reactions create direct and indirect oxidation conditions that attack persistent organic contaminants, including PFAS.

For PFAS, these reactions break the highly stable carbon-fluorine bonds and mineralize PFAS into simple, stable end products such as gases, water and dissolved ions. The destruction takes place directly within the reactor, avoiding the need to transfer PFAS into another treatment medium.

PFAS Destruct is particularly suited to concentrated PFAS streams, where treating a smaller volume makes intensive destruction technically and economically attractive.

Water quality influences performance

The efficiency and economics of electrochemical oxidation depend on the characteristics of the concentrated PFAS stream. Factors such as conductivity, organic loading, competing contaminants and PFAS composition influence treatment performance and energy consumption. Laboratory and pilot testing are typically used to confirm treatment objectives and optimize system design.

Our positive impact

PFAS Destruct moves PFAS treatment beyond separation by providing a pathway for on-site destruction of concentrated PFAS streams.

Verified PFAS destruction

PFAS Destruct destroys PFAS rather than transferring them from water into another medium. electraCLEAR™ has demonstrated 99.9–99.999% destruction of PFAS, including ultra-short-chain TFA, mineralizing them into simple, stable end products.

Reduce disposal and incineration costs

By destroying concentrated PFAS on-site, PFAS Destruct can reduce the amount of PFAS-containing material requiring external management. On-site electrochemical destruction offers cost advantages over off-site disposal and thermal oxidation/incineration.

Minimize environmental liability

On-site destruction provides a pathway to reduce the amount of PFAS waste requiring storage, transportation and external disposal. This supports a more controlled PFAS management strategy while reducing long-term environmental and regulatory risks.

Compact, modular and scalable

PFAS Destruct can be integrated into new or existing treatment systems and configured according to the required treatment capacity. The modular design supports pilot-scale testing, temporary treatment solutions and permanent installations. Available as modular skids or 20-ft / 40-ft containerized systems, highly automated, with remote performance monitoring.

Key figures

>99.9%

PFAS destruction demonstrated at commercial scale for long- and short-chain PFAS

99.9–99.995%

destruction in the described pilot application treating concentrated PFAS foamate

250,000+

hours of commercial runtime, with commercial electraCLEAR™ systems in operation since 2017.

Suitable for All PFAS Chain Lengths

suitable for long-, short- and ultra-short-chain PFAS within the broader PFAS Resolve treatment concept.

Frequently asked questions

PFAS Destruct is an electrochemical oxidation solution for the on-site destruction of concentrated PFAS streams. It is delivered by Nijhuis Saur Industries in collaboration with Axine Water Technologies and forms the destruction building block within the PFAS Resolve portfolio.

PFAS Destruct – electraCLEAR™