About this book:

Forever Chemicals immerses readers in the hidden world of per‑ and polyfluoroalkyl substances, the stubborn pollutants that have seeped into water, food, and the bodies of nearly every person on the planet. Through vivid storytelling and rigorous reporting, the book traces the accidental birth of PFAS in 1930s laboratories, their rise as miracle chemicals in non‑stick pans, stain‑resistant fabrics, and firefighting foam, and the quiet accumulation of these indestructible molecules in the environment over decades. Readers will gain a clear understanding of why the carbon‑fluorine bond makes PFAS virtually unbreakable, how they migrate from factories to drinking water supplies, and the pathways by which they enter our bodies through ingestion, inhalation, and dermal contact.

The narrative then shifts to the human cost, detailing the growing body of scientific evidence linking PFAS exposure to cancer, liver damage, thyroid disruption, immune suppression, and developmental harms, especially in children and vulnerable communities. Chapters illuminate the disproportionate burden borne by fenceline communities, Indigenous peoples, and workers whose livelihoods are intertwined with the very industries that pollute them, while also revealing the unsettling presence of these chemicals in wildlife—from Arctic polar bears to ocean‑dwelling dolphins—showing how the contamination cascades through ecosystems worldwide.

Readers will also learn the tools scientists use to detect these invisible threats at parts‑per‑trillion levels, the sophisticated laboratory methods that have uncovered the extent of PFAS pollution, and the emerging technologies designed to destroy or capture the chemicals. The book dissects the regulatory failures that allowed decades of unchecked production, the legal battles that forced corporate accountability, and the economic toll measured in billions spent on healthcare, water treatment, lost property values, and contaminated farmland. By weaving together personal stories of activists, farmers, and scientists, the text illustrates how ordinary people have transformed grief and frustration into a powerful movement demanding clean water, transparency, and justice.

Finally, Forever Chemicals looks ahead, exploring the search for safer alternatives, the promise of green chemistry, and the shifting policy landscape—from class‑based restrictions in the European Union to new national drinking water standards in the United States. It challenges readers to consider what constitutes an “essential use” of a persistent pollutant and how informed consumer choices, collective action, and rigorous scientific innovation can pave the way toward a non‑toxic future. By the end, readers will not only grasp the full scope of the PFAS crisis but also feel equipped to understand the science, advocate for change, and make informed decisions that reduce personal exposure while supporting systemic solutions.

What You'll Find Inside:

• The fundamental chemistry behind PFAS persistence: how the unbreakable carbon-fluorine bond creates both their remarkable utility and environmental longevity
• Widespread contamination pathways: how PFAS enter global water supplies, food chains, and human bodies through drinking water, food packaging, household dust, and occupational exposure
• Decades of corporate deceit: internal documents revealing manufacturers like 3M and DuPont knew health risks for decades while publicly promoting safety
• Disproportionate impacts on vulnerable populations: children, Indigenous communities, and fenceline communities bearing the highest burden of exposure and health effects
• The evolving response: legal battles, regulatory breakthroughs (including EPA standards), cleanup challenges, and the search for safer alternatives through green chemistry

Who's It For:

This book is essential reading for environmental activists, public health professionals, policymakers, and concerned citizens seeking to understand one of the most pressing chemical crises of our time. It will particularly benefit those working in water quality management, environmental justice, or corporate accountability, as well as students studying toxicology, environmental science, or public policy who need a comprehensive case study of persistent chemical pollution.