PCB Lawsuit: Exploring PCB Exposure And Its Health Effects

Written By:
Picture of Jessie Paluch
Jessie Paluch

Attorney Jessie Paluch, founder of TruLaw, has over 25 years of experience as a personal injury and mass tort attorney, and previously worked as an international tax attorney at Deloitte. Jessie collaborates with attorneys nationwide — enabling her to share reliable, up-to-date legal information with our readers.

This article has been written and reviewed for legal accuracy and clarity by the team of writers and legal experts at TruLawsuit Info and is as accurate as possible. This content should not be taken as legal advice from an attorney. If you would like to learn more about our owner and experienced injury lawyer, Jessie Paluch, you can do so here.

TruLawsuit Info does everything possible to make sure the information in this article is up to date and accurate. If you need specific legal advice about your case, contact our team by using the chat on the bottom of this page. This article should not be taken as advice from an attorney.

Key Takeaways:

  • Gain a thorough understanding of PCB exposure, its sources, and the and potential risks to human health.
  • Explore the various health effects associated with PCB exposure, from neurological and developmental issues to cancer risks, shedding light on the potential consequences for affected individuals.
  • Gain insights into the legal aspects of PCB lawsuits, including the criteria for filing a lawsuit and seeking compensation for health-related damages caused by PCB exposure.

Overview of PCB Exposure and Related Health Effects

Question: What are the health effects related to PCB exposure?

Answer: PCB exposure can lead to severe negative health effects, such as liver damage, chloracne, and respiratory problems.

Intro to PCB Lawsuit: Health Effects Related to PCB Exposure

On this page, we’ll discuss this question in further depth, provide an overview of what PCB exposure is, explain the related health effects mentioned in the PCB lawsuit, and much more.

PCB Lawsuit Exploring PCB Exposure and its Health Effects

Prolonged PCB exposure is often seen in workers in plants that manufacture and use PCBs.

PCBs can be found in numerous environments, often embedded in materials and products such as:

  • Building components
  • Electrical apparatus
  • Hydraulic and heat transfer fluids
  • Lubricants
  • Plasticizers
  • Pigments
  • Carbonless copy paper

If you or a loved one has experienced adverse health conditions after being exposed to PCB chemicals, contact TruLawsuit Info today using the chat on this page to receive an instant case evaluation.

Table of Contents

Lawsuit Updates

  • Vermont’s statewide PCB testing initiative continues to pose significant logistical and financial challenges for schools. 

    This program, mandated to identify and mitigate PCB contamination in schools built before 1980, has revealed high levels of toxic chemicals in numerous school buildings, leading to extensive and costly remediation efforts.

    Many schools, including North Country Union High School, are grappling with high levels of airborne PCBs.

    These toxic chemicals, found in materials like caulk and paint, pose serious health risks.

    North Country is undergoing a $5 million remediation project, yet uncertainty remains as test results won’t be available until after the school year begins.

    This delay forces administrators to prepare alternative plans if parts of the building remain unsafe.

    The PCB testing program has impacted several districts across Vermont. Schools have faced classroom closures, limited use of facilities, and significant disruptions to normal operations.

    The delays in receiving test results and authorization for remediation work have compounded these challenges, leaving many schools in a state of limbo.

    The cost of PCB mitigation is straining school budgets.

    Vermont’s legislature allocated funds for PCB remediation, but these are quickly depleting.

    North Country’s recent project will consume a significant portion of the remaining funds, leaving limited resources for other affected schools.

    If you or a loved one were exposed to PCBs in a work or school setting and subsequently suffered health problems, you may be eligible to file a PCB Exposure Lawsuit claim. 

    Contact TruLawsuit Info for a free consultation. Use the chatbot on this page to see if you qualify for legal action instantly.

PCB Lawsuit Investigation: Linking School Contamination to Health Issues

Notably, an array of building materials and outdated fluorescent light fixtures, especially discovered in educational institutions across the United States, have been identified as sources of these chemicals.

Consequently, schoolchildren and educational professionals might be amongst the demographics experiencing prolonged, chronic exposure to PCBs.

PCB Lawsuit Investigation Linking School Contamination to Health Issues

As per the Centers for Disease Control and Prevention (CDC), an accumulation of PCBs can occur in the body amidst prolonged and chronic exposure, posing potential health risks.

Should you, or someone close to you, have encountered PCBs in a vocational or educational environment and thereafter faced health complications, you may be eligible to file a PCB Exposure Lawsuit claim.

Contact TruLaw for a free consultation.

Additionally, utilize the chatbot available on this page for a free assessment of your case.

Our legal team, profoundly dedicated to assisting those undeservedly harmed, is here to help you navigate the path to financial compensation for your experiences.

Connect with us to access further details and explore how our PCB Attorneys can assist you in your journey.

An Overview of the PCB Lawsuit Investigation

PCB Lawsuit Investigation Overview

Our legal team is presently embarking on a meticulous exploration into prospective PCB Litigation, offering complimentary consultations to students and professionals who have endured PCB exposures.

Throughout this article, we will explore deeper into the critical discussions surrounding PCBs, which have been associated with numerous detrimental health consequences and are classified as potential human carcinogens.

Particularly in aging school structures and additional establishments employing obsolete fluorescent lighting fixtures, concentrations of PCBs have been notably prevalent.

If an encounter with PCBs in your workplace or educational institution has resulted in subsequent health complications, your situation warrants attention.

Identifying Companies That Produce PCBs

Throughout the 20th century, a variety of corporations engaged in the production of PCBs or utilized them in the creation of electrical apparatus and devices.

A non-exhaustive list of entities involved in PCB production includes:

  • Monsanto Company
  • General Electric (GE)
  • Westinghouse Electric Corporation
  • ABB (ASEA Brown Boveri)
  • Siemens
  • Capacitor Manufacturers such as Cornell-Dubilier, Sprague Electric, and Illinois Capacitor, among others.

Where Is PCB Found?

Due to their historical utilization and enduring presence in the environment, PCBs can be identified in numerous locales.

Below are some typical sources where the presence of PCBs might be encountered:

Electrical Equipment: Historically, PCBs found widespread application as insulating fluids within electrical transformers and capacitors.

Consequently, older electrical devices, particularly those fabricated prior to the PCB production ban, might still house PCBs.

Industrial Sites: Sites of manufacturing entities, chemical plants, and additional industrial venues where PCBs were either utilized or manufactured may possess residual contamination in adjacent soil, water, or surrounding regions.

Buildings and Construction Materials: To enhance their longevity and fire resistance, PCBs were incorporated into building components, such as caulking, paint formulations, sealants, and plastics.

Materials containing PCBs may still be present in older edifices.

Natural Environment: As persistent pollutants, PCBs can become concentrated in soil, sediment, and aquatic environments.

These chemicals may find their way into these settings via industrial discharges, inadequate disposal practices, and atmospheric deposition.

Food Supply and Food Chain: Bioaccumulation of PCBs can transpire within food chains, notably within fish and additional seafood entities.

Predatory aquatic species positioned at the apex of their respective food webs tend to manifest elevated concentrations of PCBs.

Consumer Goods: Even though their application has been curtailed or outright prohibited, certain consumer items crafted prior to the implementation of these regulatory measures may still exhibit PCB remnants.

Such products encompass carbonless copy paper, pigments, lubricating substances, and plasticizers.

Exploring Commercial PCB Mixtures and Types

Exploring Commercial PCB Mixtures and Types

Typically formulated as amalgamations of varied PCB congeners, PCB blends, often recognized by the commercial alias Aroclor Series, have a storied history of production.

The creation of these mixtures involved a calculated incorporation of chlorine into biphenyl batches until a designated chlorine weight percentage was achieved.

Commercial blends featuring elevated chlorine percentages predominantly encompassed a higher ratio of extensively chlorinated congeners, albeit every mixture was presumed to incorporate an assortment of congeners at disparate levels.

While PCBs were marketed under a variety of labels, the Aroclor series was most widely recognized.

Aroclor, a notably recognized PCB blend, saw production roughly between the years 1930 and 1979.

It includes a spectrum of variants, each identified by a numeral suffix indicative of the chlorination degree.

The numerical schema to differentiate between various Aroclors adheres to the following format:

  • The initial pair of digits conventionally represents the number of carbon atoms within the phenyl rings (in the scenario of PCBs, this is consistently 12).
  • The subsequent numerical pair signals the proximate percentage of chlorine by weight in the concoction.
  • For instance, Aroclor 1254 indicates that the formulation comprises approximately 54% chlorine.

What Is A PCB Congener?

Polychlorinated biphenyls (PCBs) encompass a group of chemical compounds known as PCB congeners.

Depending on the number and placement of chlorine atoms attached to the biphenyl structure, these congeners are formed.

Each congener possesses a unique combination and arrangement of chlorine atoms, which results in distinctive chemical properties and potential health impacts.

The term “congener” denotes a specific version of a chemical compound within a broader group or family.

Specifically for PCBs, the term “congeners” is used to denote the various forms or kinds of PCB compounds that are present.

Distinct characteristics are associated with each PCB congener, such as its degree of chlorination, stability, environmental persistence, and potential for bioaccumulation.

Certain congeners are more commonly found in the environment due to historical usage patterns, while others might exhibit higher toxicity or persistence.

It’s crucial to recognize that the toxicity and environmental impact can vary significantly among different PCB congeners.

Some congeners have been identified as more detrimental to human health and the environment than others.

The presence of these congeners in PCB mixtures can affect the overall risk and potential effects related to exposure to these chemicals.

PCB Health Risks: Identifying Health Problems Associated with Exposure

The potential health implications linked to PCB exposure have been extensively researched and documented by scientific and governmental entities over many years.

PCBs, due to their propensity to accumulate within the body, pose a particularly significant risk when exposure is chronic, making them especially hazardous.

Potential Health Effects of PCB Exposure:

  • Developmental and Neurological Effects
  • Endocrine Disruption
  • Immune System Dysfunction
  • Reproductive Disorders
  • Carcinogenicity
  • Liver Damage
  • Skin Conditions
  • Respiratory Issues

Why are PCBs Dangerous?

  • Endurance: The environment struggles to break down PCBs, leading to prolonged exposure threats.
  • Accumulation in the Food Web: Through processes such as bioaccumulation, PCBs can find their way into our diets, primarily via fish and seafood, heightening the chances of human ingestion.
  • Harmful Nature: PCBs are detrimental to both humans and animals, affecting various bodily systems and inducing a myriad of health complications.
  • Hormonal Interference: PCBs tamper with endocrine systems, impairing regular hormonal activity and potentially triggering reproductive and developmental anomalies.
  • Potential to Cause Cancer: Certain types of PCBs have been flagged as potential carcinogens in humans, enhancing the likelihood of cancer formation.
  • Impact on Environment: PCBs pose threats to natural habitats and wildlife, instigating ecological disturbances and bioaccumulation in vulnerable species.

Minimizing PCB exposure, adhering to regulations and guidelines, and managing and disposing of materials containing PCBs correctly are essential to safeguard human health and the environment.

If you’ve encountered health issues due to PCB exposure, you might qualify to initiate a PCB lawsuit.

For a cost-free consultation or assistance via our chatbot on this page, please reach out to us.

Health Implications of PCB Exposure: An Analysis of Scientific Research

Health Implications of PCB Exposure An Analysis of Scientific Research

The U.S. Environmental Protection Agency (EPA) has identified a correlation between PCB exposure and a host of health issues, including but not limited to cancer.

Chronic interaction with PCBs, or the consumption of tainted food, can potentially lead to multiple health complications.

Here are several scientific research findings that investigate the health consequences linked to PCB exposure:

Are You Eligible to File a Claim for a PCB Exposure Lawsuit?

The presence of potentially carcinogenic chemicals in electrical devices, educational establishments, and aging structures could pose a significant threat to public health.

Should you or a family member have experienced exposure to PCBs, leading to cancer or other health complications, you might qualify to lodge a claim for a PCB Lawsuit.

For an obligation-free consultation, reach out to TruLaw.

Compiling Proof for Claims Related to PCB Exposure

In any personal injury or mass tort litigation, the significance of substantiating evidence cannot be overstated.

In a PCB exposure case, evidence could include the following:

  • Medical records
  • Employment records
  • School records
  • Residential information
  • Any other proof of exposure to PCBs and subsequent health effects

The term “damages” is used to denote the cumulative losses associated with exposure to PCBs, including potential health implications.

Damages in a potential PCB Lawsuit may include:

  • Medical bills
  • Future medical expenses
  • Pain and suffering
  • Emotional damages
  • Lost quality of life
  • Permanent disability
  • Other compensatory and punitive damages

TruLaw: Investigating Litigation for PCB Exposures

Presently, our legal team is in the process of exploring potential legal actions for individuals affected by PCB exposure.

Should you or a family member have encountered PCBs, leading to subsequent health complications, there exists a possibility for you to lodge a claim under a PCB Lawsuit.

For further details, we encourage you to get in touch with TruLaw.

Additionally, an immediate, cost-free evaluation of your case can be obtained through the chatbot provided on this webpage.

Do not hesitate to connect with us for any additional information needed.

We are at your service.

Frequently Asked Questions

Written By:
Picture of Jessie Paluch
Jessie Paluch

Experienced Attorney & Legal SaaS CEO

With over 25 years of legal experience, Jessie is an Illinois lawyer, a CPA, and a mother of three.  She spent the first decade of her career working as an international tax attorney at Deloitte.

In 2009, Jessie co-founded her own law firm with her husband – which has scaled to over 30 employees since its conception.

In 2016, Jessie founded TruLaw, which allows her to collaborate with attorneys and legal experts across the United States on a daily basis. This hypervaluable network of experts is what enables her to share reliable legal information with her readers!

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Tru Lawsuit Info is a reliable source of information about issues that may affect your health and safety, such as faulty products, data breaches, and environmental hazards.

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Do You
Have A Case?

Here, at Tru Lawsuit Info, we’re committed to helping victims get the justice they deserve.

To do this, we actively work to connect them with attorneys who are experts in litigating cases similar to theirs.

Would you like our help?