Preparing for PFAS
Understanding the Challenge. Building the Right Strategy.
PFAS has quickly become one of the most closely watched issues in industrial water treatment.
As federal and state regulations continue to evolve, manufacturers are working to understand what future monitoring, permitting and treatment requirements could mean for their operations.
While the regulatory landscape is still taking shape, one thing is clear: PFAS is no longer a future issue. It's one that facilities should be evaluating today.
Unlike many compliance challenges, PFAS isn’t tied to a single regulation or implementation date. Requirements are expected to continue evolving, creating uncertainty about both timing and long-term obligations.
For many industrial facilities, this raises an important question: What does PFAS mean for our operation? The answer is different for every facility.
No two wastewater streams are exactly alike. Manufacturing processes, raw materials, water chemistry and discharge requirements all influence how PFAS may affect an operation and what, if any, actions should be taken.
So, now what? Let’s dig into PFAS and what it means for your facility and answer some FAQs about PFAS.
PFAS: What Does It Mean for Your Facility?
PFAS, or per- and polyfluoroalkyl substances, are a family of synthetic chemicals used in a wide range of industrial applications because they resist heat, water, oil and chemicals. Depending on the manufacturing process, PFAS may be present in raw materials, coatings, cleaners or wastewater streams — even if a company doesn't intentionally manufacture or use them.
For many facilities, the biggest challenge isn’t treatment. It’s understanding whether PFAS is present in the first place, where it may be entering the process and how evolving regulations could affect future discharge requirements.
Without this information, it’s difficult to assess compliance risk, prioritize capital investments or determine the best path forward.
Asking the Right Questions about PFAS
When regulations change, it’s natural to start looking for treatment technologies. But selecting equipment before understanding the problem can lead to unnecessary costs and missed opportunities.
At JMARK, every successful water treatment solution begins with understanding the complete system. We evaluate wastewater streams, treatment processes and operational requirements to identify potential risks and determine how those factors work together. Our process allows us to develop practical, custom solutions that fit each facility’s operations, compliance objectives and long-term business goals.
Sometimes the answer is adding treatment technology, such as reverse osmosis or specialized filtration to address emerging contaminants. Other times, it’s identifying a process change that reduces contaminants at the source, optimizing an existing treatment system or modifying operations to improve performance.
The right solution depends on understanding the problem first — not assuming every facility needs the same approach.
Looking Beyond Today’s PFAS Regulations
While PFAS is receiving significant attention today, it represents a broader challenge facing industrial manufacturers: how to navigate changing environmental requirements while maintaining reliable operations.
The organizations best prepared for tomorrow’s regulations won’t necessarily be those that react the fastest. They’ll be the ones that have a clear understanding of their wastewater systems, know where potential risks exist and have a strategy for addressing them.
The process starts with looking beyond a single contaminant or compliance deadline. It means evaluating the complete system, understanding how wastewater is generated and treated, and identifying opportunities to improve performance before issues become urgent.
With this foundation in place, manufacturers can make informed decisions, prioritize capital investments and adapt to changing discharge requirements with greater confidence. The result is more than compliance. What’s necessary is a wastewater strategy that reduces risk, supports reliable operations and is built to evolve alongside your business.
The Bigger Picture of PFAS
PFAS is one example of the complex water and wastewater challenges manufacturers face every day.
Whether the objective is meeting discharge requirements, evaluating reverse osmosis needs, improving treatment performance or preparing for future compliance obligations, the approach remains the same: understand the problem, evaluate the complete system and develop a solution based on the unique needs of the operation.
Regulations will continue to evolve, but the value of understanding your water system won’t. A thoughtful, system-wide approach helps reduce regulatory risk, supports reliable operations, and gives manufacturers greater confidence in the decisions they make today — and in the challenges they'll face tomorrow.
Let’s continue the conversation.
PFAS FAQs
1. What are PFAS, and why are they a concern for manufacturers?
PFAS (per- and polyfluoroalkyl substances) are a group of synthetic chemicals used in many industrial applications because they resist heat, water, oil and chemicals. As regulations continue to evolve, manufacturers are evaluating whether PFAS may be present in their wastewater and how future monitoring or discharge requirements could affect their operations.
2. How do I know if PFAS may be present in my facility’s wastewater?
The answer depends on your manufacturing processes, raw materials, chemicals and water usage. Even companies that don’t intentionally manufacture or use PFAS may have them in wastewater streams. A wastewater evaluation can help identify potential sources and determine whether additional testing or treatment should be considered.
3. Does the presence of PFAS mean I need a new treatment system?
Not necessarily. Every facility is different. In some cases, additional treatment may be appropriate. In others, process improvements, operational changes or optimizing existing treatment systems may provide an effective solution. Understanding the complete system is the first step in determining the best path forward.
4. Should my facility wait until PFAS regulations are finalized before taking action?
Waiting can make planning more difficult. Understanding your wastewater today allows you to identify potential risks, evaluate future compliance needs and make informed decisions before new requirements become urgent. A proactive approach provides more flexibility than reacting after regulations change.
5. What is the first step in preparing for future PFAS requirements?
Start by understanding your wastewater. Evaluating wastewater streams, treatment processes and discharge requirements provides the information needed to assess potential risks, prioritize investments and develop a long-term strategy that supports compliance and reliable operations.