America’s bottled water boom reveals as much about public confidence as it does about consumer preference.
Bottled water surpassed soft drinks to become America’s most consumed packaged beverage, driven by marketing, convenience and changing consumer preferences.
The Northeast built some of the nation’s most advanced public water systems, yet aging infrastructure and high-profile contamination events have influenced public perception.
Utilities are investing billions to replace aging pipes, remove PFAS and modernize treatment systems to maintain safe, reliable drinking water
Walk through any supermarket, gas station or airport in the tri-state area and you’ll find entire aisles dedicated to bottled water. Americans now drink more bottled water than any other packaged beverage, consuming billions of gallons every year. Yet for most residents of New Jersey, New York and Connecticut, turning on the kitchen faucet provides water that has already undergone rigorous treatment, continuous testing and around-the-clock monitoring. So why are we paying for something we already have? The answer has less to do with water than with infrastructure.
The remarkable rise in bottled water reflects changing public confidence in the systems that deliver one of life’s most essential resources. Its story is shaped by engineering, public investment, aging infrastructure, environmental challenges and decades of very successful marketing campaigns. Nowhere is the story more relevant than in the Northeast, where some of America’s oldest and most sophisticated drinking water systems serve millions of people every day.
The original public utility
Before bottled water became a household staple, drinking water was considered one of the government’s greatest responsibilities. Throughout the nineteenth and twentieth centuries, cities across the Northeast invested heavily in reservoirs, aqueducts, pumping stations and treatment plants. These projects transformed public health. Diseases like cholera and typhoid, once common in growing cities, declined dramatically after filtration and chlorination became widespread. Few engineering achievements have saved more lives than modern drinking water systems.
New York City’s water supply remains one of the world’s most impressive examples. More than one billion gallons of water travel each day from protected watersheds in the Catskill and Delaware Mountains through a network of reservoirs, tunnels and aqueducts stretching more than 100 miles. Because those watersheds have been carefully protected for generations, New York has largely avoided constructing a massive filtration plant that many other major cities require. And many consider New York’s water as the magic ingredient in the city’s bagels and pizza.
New Jersey’s system is equally remarkable, though often overlooked. Hundreds of public water systems draw from reservoirs, rivers and aquifers before treating water through increasingly sophisticated processes designed to remove everything from bacteria to industrial contaminants. Connecticut and the rest of the Northeast have made similar investments over decades. The water reaching most homes today has traveled through some of the most carefully regulated infrastructure systems in the country.
Selling confidence instead of water
Ironically, bottled water became popular during an era when municipal water had never been safer. When Perrier entered the American market during the late 1970s, it wasn’t responding to widespread concerns about drinking water quality. Instead, it sold an image. Imported water was fashionable. Drinking bottled water conveyed sophistication, health and an active lifestyle. American companies quickly recognized the opportunity.
Brands such as Poland Spring, Deer Park, Aquafina and Dasani followed, each building a unique identity despite selling what is, fundamentally, water. The industry’s greatest accomplishment wasn’t finding better water; it was convincing consumers that water itself could have a brand.
Over time, advertising subtly contrasted pristine mountain streams with municipal infrastructure. Crystal-clear springs, forests and untouched landscapes became central themes, even though many bottled water brands originate from municipal water systems that undergo additional treatment before bottling. Consumers weren’t buying hydration, they were buying reassurance.
Taste is also a factor. Many people say they prefer bottled water because tap water has a distinctive flavor. In most cases, that taste is not a sign that the water is unsafe. The minerals that occur naturally in groundwater, the chlorine or chloramine used to disinfect drinking water, the age of a building’s internal plumbing or even the temperature of the water can all affect how it tastes. Water drawn from different sources, such as reservoirs, rivers or aquifers, naturally has different mineral compositions, meaning two neighboring communities may notice subtle differences despite both meeting the same rigorous safety standards. Bottled water, by contrast, is produced to deliver a consistent flavor. Many brands use tightly controlled purification processes, such as reverse osmosis, followed by carefully adding back specific minerals or blending water sources to create the same taste from bottle to bottle. The consistency is one reason many consumers prefer it.
Infrastructure is most visible when it fails
One of the greatest challenges facing the Northeast is that much of its drinking water infrastructure is invisible. Unlike a bridge or highway, underground water mains rarely attract attention unless something goes wrong. When they do, the effects are immediate and public confidence can take years to restore.
Flint, Michigan, became the national symbol of that risk after the city changed its water source in 2014 without implementing adequate corrosion control. The more corrosive water caused lead to leach from aging pipes and service lines, exposing residents and demonstrating how failures in treatment, regulation and oversight can turn hidden infrastructure into a public health crisis. The episode also focused national attention on the millions of lead service lines still connecting water mains to homes across the country.
Newark confronted its own lead crisis several years later. In 2017, routine testing found elevated lead levels in drinking water at some Newark homes served by aging lead service lines. Two years later, the U.S. Environmental Protection Agency determined that faucet filters alone were not providing adequate protection. The city raced to replace roughly 18,000 lead service lines in two years and distributed bottled water to approximately 15,000 affected households. Newark’s rapid response became a national model, but the crisis underscored how quickly aging infrastructure can undermine trust in an otherwise safe water system.
Lead service line replacement now extends across New Jersey. A 2021 state law requires community water systems to identify and replace all lead and galvanized service lines by July 2031, generally at an average rate of at least 10% per year. Trenton Water Works has already invested approximately $70 million and replaced more than 11,000 lines across Trenton, Hamilton, Ewing and Lawrence; approximately 19,000 remain within its service area. Water systems throughout the state must maintain inventories, report their progress annually and continue replacing lines as funding and construction schedules allow.
Other risks require different investments. Concerns over PFAS contamination have prompted water systems across New Jersey to invest hundreds of millions of dollars in advanced treatment technologies to meet some of the nation’s strictest drinking water standards. These investments are largely preventive, but they are essential to maintaining safe, reliable drinking water.
Sometimes the challenge is not water quality, but the infrastructure itself. In August 2025, a rupture in a roughly 140-year-old transmission main serving Paterson left nearly 200,000 without water or with dangerously low water pressure for several days. Because the pressure loss created the possibility of contaminants entering the distribution system, officials issued a boil-water advisory until repairs were completed and laboratory testing confirmed the water was safe to drink again.
Events like these are uncommon compared with the billions of gallons of drinking water delivered safely every year, but they leave consumers scared and distrustful.
Gallup’s 2026 Environment Poll found that 56 percent of Americans worry “a great deal” about pollution of drinking water, making it the highest-ranked environmental concern among the eight issues tested.
Another 53 percent expressed the same level of concern about maintaining the nation’s freshwater supply for household needs, while 50 percent said they worry a great deal about pollution in rivers, lakes and reservoirs. Those findings suggest that for many Americans, safe drinking water is not an abstract infrastructure issue; it is a daily concern shaped by headlines, personal experience and confidence in the systems that deliver it.Â
Many water mains throughout New Jersey and New York are more than 75 years old, and some have been in service for over a century. Ratepayers rarely celebrate the replacement of a buried transmission main or improvements to a treatment facility, yet those investments determine whether residents continue trusting what comes from their faucets. The greatest success of drinking water infrastructure is that, on most days, the public never has to think about it at all.
The convenience economy
Trust alone does not explain bottled water’s success. Modern life rewards convenience. Disposable plastic bottles fit easily into cars, backpacks and gym bags. Airports, sporting events and convenience stores made bottled water available almost everywhere. Public drinking fountains, meanwhile, gradually disappeared or fell into disrepair. Unless, of course, they have a water-bottle refill station built in.
Consumers increasingly chose portability over permanence. The irony is difficult to ignore. At a time when PFAS contamination has become one of the public’s greatest drinking water concerns, many consumers respond by purchasing water packaged in single-use plastic bottles while standing only a few feet from a drinking fountain connected to the same municipal system.
The convenience also comes with a significant environmental cost. Producing plastic bottles requires petroleum and natural gas, while bottling, refrigerating and transporting water consumes additional energy. Only 29.1% of PET bottles and jars were recycled in the United States in 2018; most were landfilled, incinerated or discarded into the environment, where they can persist for generations and break down into microplastics.
Investing in confidence
The success of bottled water should not be viewed as a failure of public water systems; as much as anything, it’s a success of marketing. Because every day, utilities across the tri-state region deliver billions of gallons of safe drinking water through reservoirs, treatment plants, pumping stations and thousands of miles of underground pipe. Most people never think about that until something goes wrong.
Rebuilding this confidence requires continuous investment. Utilities are replacing aging lead service lines, upgrading treatment plants, removing emerging contaminants such as PFAS and strengthening systems against increasingly frequent floods, droughts and other extreme weather. In the end, the future of public water depends not on convincing people to buy fewer bottles, but on continuing to earn their trust.
Sources:
Beverage Marketing Corporation. Bottled water in the U.S. https://www.beveragemarketing.com/
Newark Department of Water and Sewer Utilities. (n.d.). Lead service line replacement program. https://www.newarkleadserviceline.com/
New York City Department of Environmental Protection. New York City’s water supply system. https://www.nyc.gov/site/dep/water/water-supply.page
U.S. Environmental Protection Agency. Consumer’s guide to the history of drinking water treatment. https://archive.epa.gov/water/archive/web/pdf/2001_11_15_consumer_hist.pdf
