The Water Footprint of Industry and Manufacturing

The Hidden Cost: Industry & Manufacturing’s Water Footprint

When we think of water conservation, we often picture shorter showers or turning off the tap while brushing our teeth. The heavy cost of industry and manufacturing, on the other hand, is often overlooked.. From the electricity powering your home to the car you drive and the paper you print on—nearly everything has a massive water footprint. Let’s dive into where that water is going and why it matters.

 

Institute of Food and Agricultural Sciences energy extension specialist Wendell Porter checks one of three passive solar trackers outside a demonstration house on the University of Florida campus. Source: UF/IFAS

Energy & Electricity

In the U.S., a whopping 90% of electricity is generated by thermoelectric power plants using fossil fuels or nuclear energy. These plants boil water to create steam that drives turbines—then must cool that steam, using massive amounts of water in the process.

  • In 2015, power generation accounted for 41% of total water withdrawals, totaling 133 billion gallons per day.
  • Most of this water comes from freshwater sources, with environmental consequences like thermal pollution and harm to aquatic life.
  • Droughts can force power plants to reduce output, directly impacting energy reliability.
  • Wind and solar offer a promising path forward with drastically lower water use.

 

Fracking infograph Source: Information courtesy of Earthworksaction.org, design by Hannah Otto, March 2013

Hydraulic Fracturing (Fracking)

Fracking is one of the most water-intensive methods of fossil fuel extraction. Water, chemicals, and sand are blasted into rock formations to release oil and gas. The water footprint is staggering:

  • A single shale gas well can use 390,000 to 6.27 million gallons of water.
  • Between 2011 and 2016, water use per well skyrocketed by 770%, while wastewater volumes surged by 1,440%.
  • That wastewater, which can contain toxins and radioactive material, has the potential to leak into groundwater or be stored in disposal wells—posing long-term environmental risks.

HiPerGator AI supercomputer. Source: UF/IFAS

Data Centers & Cryptocurrency

Our digital lives are water-intensive too. Data centers, which store and process all our online data, require immense electricity and cooling:

  • The U.S. has nearly 3,000 data centers, and a single 15-megawatt facility may use 360,000 gallons of water a day.
  • The National Security Administration’s Utah data center alone uses 1.7 million gallons daily, even in drought conditions.
  • Some companies have already switched to air cooling systems, reducing water use by up to 95%.

Cryptocurrency mining takes this even further:

  • Bitcoin mining alone is estimated to use 1.13 billion gallons of fresh water daily—that’s 411 billion gallons annually, exceeding the water use of some entire countries.

Fuel

It takes water to make fuel—lots of it. Producing and refining oil and biofuels is a thirsty business.

  • Petroleum refineries in the U.S. use approximately 1–2 billion gallons of water daily combined.
  • Producing a single gallon of gasoline can use 3–6 gallons of water.
  • Corn ethanol, often seen as a greener option, can use 10–324 gallons of water per gallon of fuel, much of it from the strained Ogallala Aquifer.

 

Ask hotel staff to refrain from changing sheets and towels daily. Source: Pixabay

The Hospitality Industry

Hotels may be a home away from home—but they’re also heavy water users.

  • The average hotel room consumes 200 gallons of water per day.
  • Laundry alone accounts for approximately 1.2 billion gallons of daily use across U.S. hotels.
  • Showers can be responsible for more than half of a hotel’s water usage.

 

Cluster of unripe, green tomatoes being grown on a commercial farm in Florida. Source: UF/IFAS

Agricultural Irrigation

Agriculture is the world’s biggest water user, withdrawing 70% of freshwater globally.

  • Approximately 43% of water used for irrigation comes from groundwater, much of which is non-renewable on a human timescale.
  • The U.S. uses groundwater to irrigate 42 million acres, trailing only India and China.
  • Overuse of aquifers can cause long-term depletion, possibly taking thousands of years to recover.

 

Paper Production

Paper might seem disposable, but its water footprint is far from trivial.

  • Producing just 2 pounds of paper takes 793 gallons of water.
  • The pulp and paper industry is one of the top industrial water users—and polluters.
  • 95% of business data is still stored on paper, with a typical American lawyer consuming just under 2,000 lbs per year.

 

Cars commuting in heavy highway traffic. Source: UF/IFAS

Vehicle Manufacturing & Ownership

Owning a car doesn’t just guzzle gas—it guzzles water too.

  • The average car can use 18,237 gallons of water over its lifetime.
    • 15,850 gallons for fuel production
    • 1,417 gallons for materials
    • The rest goes to parts, assembly, and end-of-life processes.
  • Just producing four tires can cost up to 2,074 gallons.

 

 What Can We Do?

Industry-wide solutions are critical, but individual choices still matter.

With at least 50% of the average Florida homeowner’s water bill going to maintain lawns (for those with automatic irrigation), the best bet for lowering YOUR water footprint is to reduce water usage in the landscape. For those without yards, opt for energy- and water-efficient appliances, support renewable energy, reduce paper waste, and drive less.

Every gallon saved counts.

 

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Posted: April 16, 2025


Category: Agriculture, Natural Resources, Water
Tags: Pgm_Water, Water Conservation, Water Footprint


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