Atlanta PFAS Risks: What Businesses Must Know for 2026

The presence of PFAS chemicals in Atlanta workplaces presents a significant, often invisible, health hazard, demanding immediate attention for accident prevention. These “forever chemicals” persist in the environment and human body, accumulating over time with potentially severe health consequences for workers. How can Atlanta businesses effectively identify and mitigate these pervasive risks?

The Insidious Problem: PFAS Contamination in Atlanta Work Environments

For decades, industries across Georgia, including those in the bustling Atlanta metropolitan area, have relied on Per- and Polyfluoroalkyl Substances (PFAS) for their unique properties. These synthetic organic compounds offer resistance to heat, water, and oil, making them invaluable in everything from non-stick coatings and stain-resistant fabrics to fire-fighting foams. Think of the manufacturing plants along the I-20 corridor near Lithonia, or even certain facilities in the industrial parks around Fulton Industrial Boulevard. Many have historically used or currently use materials containing these chemicals. The problem, however, lies in their persistence. PFAS do not break down naturally in the environment or in the human body, earning them the moniker “forever chemicals.” Workers in various sectors face potential exposure. Firefighters, for instance, have historically used aqueous film-forming foams (AFFF) containing high concentrations of PFAS, leading to elevated exposure risks during training exercises and actual emergencies at sites like the Atlanta Fire Rescue Department’s training facility. Manufacturing facilities producing textiles, electronics, or even some packaging materials in areas like Gainesville or Dalton, though outside immediate Atlanta, contribute to the regional PFAS burden that can affect supply chains and waste management in the city. Even seemingly innocuous office environments might contain older carpets or furniture treated with PFAS, posing a diffuse, chronic exposure risk. The health implications are substantial and well-documented. According to the United States Environmental Protection Agency (EPA), exposure to certain PFAS has been linked to increased cholesterol levels, changes in liver enzymes, decreased vaccine response in children, increased risk of high blood pressure or pre-eclampsia in pregnant women, increased risk of kidney or testicular cancer, and developmental effects in children. This isn’t theoretical. We’re seeing these health concerns manifest in communities and among workers with prolonged exposure.

What Went Wrong First: Underestimating and Mismanaging PFAS Risks

Historically, the approach to chemical safety, particularly with emerging contaminants like PFAS, often followed a pattern of reactive rather than proactive measures. Many Atlanta businesses, like those nationwide, initially underestimated the long-term health risks associated with these compounds. For years, the focus was primarily on acute toxicity, overlooking the bioaccumulative nature of PFAS. This led to several failed approaches:

• Lack of complete material inventories: Many companies simply did not know the full extent of PFAS-containing materials within their operations. They might have purchased a fire suppression system or a specialized coating without fully understanding its chemical composition, especially regarding persistent organic pollutants.
• Insufficient personal protective equipment (PPE): While some workers wore standard safety gear, it often wasn’t specifically designed or tested to prevent dermal absorption or inhalation of PFAS aerosols and dusts. A standard respirator might filter particulates but not volatile organic compounds (VOCs) or ultra-fine PFAS aerosols.
• Inadequate waste disposal practices: Waste containing PFAS was often disposed of in general landfills or incinerated without specialized treatment, leading to environmental contamination, including groundwater in areas surrounding disposal sites. This included industrial wastewater discharged into municipal systems without proper pre-treatment, impacting facilities like the R.M. Clayton Water Reclamation Center.
• Limited environmental monitoring: Few companies conducted regular air, water, or soil sampling specifically for PFAS, meaning contamination could go undetected for extended periods. This lack of data made it impossible to establish baseline levels or track exposure trends.
• Absence of specific training: Workers were rarely trained on the specific hazards of PFAS, how to identify potential sources, or the correct procedures for handling and containment. This knowledge gap left them vulnerable.

These oversights created a legacy of potential exposure and liability. The true cost of these past failings is only now becoming clear as environmental remediation efforts become more complex and health studies reveal long-term impacts.

The Solution: A Proactive, Multi-Layered Approach to PFAS Mitigation

Addressing PFAS risks in Atlanta workplaces requires a strategic, multi-faceted approach that integrates industrial hygiene, engineering controls, administrative policies, and rigorous monitoring.

Step 1: Complete Risk Assessment and Inventory

The first step is a thorough audit. Businesses must conduct a detailed inventory of all chemicals, materials, and products used on-site that may contain PFAS. This includes raw materials, intermediate products, finished goods, fire suppression systems, lubricants, and cleaning agents. Engage with suppliers to obtain detailed safety data sheets (SDS) and confirm the presence or absence of PFAS. Simultaneously, perform a workplace hazard assessment. This involves identifying all potential exposure pathways: inhalation of aerosols or dusts, dermal contact with contaminated surfaces or liquids, and accidental ingestion. This assessment should consider various work tasks, from manufacturing processes to maintenance and emergency response. For example, a textile finishing plant in West Midtown might identify its waterproofing treatment as a primary source, while a research lab near Emory University could pinpoint specific fluoropolymer-lined equipment.

Step 2: Industrial Hygiene and Environmental Monitoring

Once potential sources are identified, implement a strong monitoring program. This involves:

• Air Sampling: Conduct air sampling in areas where PFAS-containing materials are handled or processed to measure airborne concentrations. This helps determine if engineering controls are effective and if respiratory protection is necessary.
• Surface Swab Sampling: Test surfaces in work areas, on machinery, and even on employee contact points (e.g., keyboards, door handles) to assess dermal exposure risks.
• Water and Soil Testing: If there’s a risk of environmental release, test wastewater discharge, groundwater, and soil samples. This is particularly relevant for facilities with on-site wastewater treatment or those located near sensitive ecological areas, such as tributaries feeding into the Chattahoochee River.
• Biological Monitoring: In some cases, biological monitoring (e.g., blood tests for PFAS levels) for highly exposed workers may be warranted, particularly when evaluating the efficacy of exposure controls. This should always be done with informed consent and in consultation with occupational health professionals.

These monitoring efforts provide the objective data needed to quantify risk and track the effectiveness of mitigation strategies. Without hard data, any mitigation plan is largely guesswork.

Step 3: Implementing Engineering Controls

Engineering controls are the most effective way to reduce exposure because they eliminate or reduce the hazard at its source.

• Substitution: The ideal solution is to replace PFAS-containing materials with safer alternatives. This is often challenging, as PFAS excel in specific applications, but it’s an area of active research and development. For instance, some fire departments are transitioning to fluorine-free foams (FFF).
• Ventilation Systems: Install or upgrade local exhaust ventilation (LEV) systems to capture PFAS aerosols, dusts, and vapors at the point of generation, preventing their dispersion into the general work environment. Ensure these systems are properly designed, maintained, and include appropriate filtration (e.g., HEPA filters for particulates, carbon filters for vapors) before discharge.
• Enclosure and Isolation: Isolate processes that use PFAS in dedicated, contained areas. This might involve using glove boxes or automated systems that minimize direct human interaction.
• Process Modification: Modify manufacturing processes to reduce the generation of PFAS-containing byproducts or emissions. This could involve changing temperatures, pressures, or chemical reactions.

Step 4: Administrative Controls and Personal Protective Equipment (PPE)

While less effective than engineering controls, administrative controls and PPE are critical complementary measures.

• Standard Operating Procedures (SOPs): Develop clear, detailed SOPs for all tasks involving PFAS-containing materials. These should cover safe handling, spill response, cleaning protocols, and waste disposal.
• Training Programs: Implement regular, mandatory training for all potentially exposed workers. This training should cover the health risks of PFAS, how to identify them, safe work practices, proper use and maintenance of PPE, and emergency procedures.
• Housekeeping and Decontamination: Establish strict housekeeping protocols to prevent the accumulation of PFAS-containing dusts and residues. Develop specific decontamination procedures for tools, equipment, and work surfaces.
• Personal Protective Equipment (PPE): Provide appropriate PPE, including chemical-resistant gloves (e.g., nitrile, Viton), eye protection, and respirators (e.g., N95 for particulates, specialized cartridges for vapors) as indicated by risk assessments and air monitoring data. Importantly, ensure PPE is regularly inspected, maintained, and replaced. Workers should be trained on proper donning, doffing, and disposal.
• Medical Surveillance: For workers with significant exposure potential, consider establishing a medical surveillance program in consultation with occupational health specialists.

Step 5: Compliance and Emergency Preparedness

Stay informed about evolving regulations. The Georgia Environmental Protection Division (EPD) is increasingly focused on PFAS, aligning with federal guidelines. Facilities must comply with discharge limits and reporting requirements. Review and update emergency response plans to specifically address accidental releases of PFAS-containing materials. This includes spill containment, personnel evacuation, first aid, and notification procedures for agencies like the EPD.

Measurable Results: A Safer Atlanta Workforce

When Atlanta businesses rigorously implement these solutions, the results are tangible and contribute directly to a safer working environment and reduced liability. One measurable outcome is a significant reduction in worker exposure levels. Through consistent air and surface monitoring, companies can demonstrate a quantifiable decrease in PFAS concentrations in the workplace, translating directly to a lower health risk for employees. For example, a manufacturing facility that transitions from PFAS-based coatings to fluorine-free alternatives might see a 90% reduction in airborne PFAS levels within six months, verifiable through ongoing air sampling. Another key result is enhanced regulatory compliance. By proactively managing PFAS, businesses avoid penalties and legal challenges associated with environmental contamination or worker exposure. This includes adhering to permissible exposure limits (PELs) if established, and meeting waste disposal requirements. The Georgia Department of Labor and the Occupational Safety and Health Administration (OSHA) can impose significant fines for non-compliance with chemical safety standards. Plus, a proactive approach encourages a healthier and more productive workforce. Reduced exposure to carcinogens and endocrine disruptors like PFAS can lead to fewer long-term health issues for employees, potentially lowering healthcare costs and reducing absenteeism. It also builds trust and morale, as employees see their employer actively investing in their well-being. Finally, managing PFAS risks proactively can lead to improved public perception and reduced litigation risk. Companies with strong environmental health and safety programs are better positioned to protect their brand reputation and avoid costly lawsuits related to environmental contamination or worker injury claims. In Georgia, workers’ compensation claims related to occupational diseases, including those from chemical exposure, are governed by O.C.G.A. Section 34-9-1, which considers such illnesses if they arise out of and in the course of employment. Proactive mitigation strengthens a company’s defense against such claims by demonstrating due diligence. The field of chemical safety is dynamic, particularly with persistent contaminants. Businesses that prioritize the identification and mitigation of PFAS risks are not merely complying with regulations. They are safeguarding the health of their workforce and securing their operational future in the Atlanta region.