Like us on Facebook Follow us on Twitter Subscribe to our channel Submit to reddit Follow us on Instagram Subscribe

Subscribe to our mailing list

* indicates required
Please also subscribe me to the daily Stream
Please also subscribe me to the Federal Water Tap

Blog Categories

Price of Water 2014: Up 6 Percent in 30 Major U.S. Cities; 33 Percent Rise Since 2010

Water scarcity and successful conservation programs force utilities to adapt their business plans.

water rates 2014 water prices United States residential water
Graphic © Codi Kozacek / Circle of Blue
Residential water prices for 30 major U.S. cities for three consumption levels from 2010 to 2014. Click for a high-resolution file.

By Brett Walton
Circle of Blue

The price of water rose again in 2014, though less steeply than in previous years, according to Circle of Blue’s annual survey of single-family residential water rates in 30 major U.S. cities.

The average price for a family of four using 100 gallons per person per day increased 6.2 percent, the smallest year-to-year change in the five-year history of the survey. The median increase was 5.2 percent.

For families using 150 gallons and 50 gallons per person per day, average prices rose 6.6 percent and 6.1 percent, respectively.

The pricing survey reveals parallel trends in the municipal water business.

Range of Use
Circle of Blue calculated monthly water bills for a family of four at three consumption levels:
Low: 190 liters (50 gallons) per person daily
Medium: 378 liters (100 gallons) per person daily
High: 568 liters (150 gallons) per person daily

On one hand, utilities are raising rates to keep pace with rising costs for new pipes, treatment facilities, and, in certain cases, for water itself.

But water providers are also changing the structure of their rates; that is, how much residents are charged each month for access to the municipal system versus how much they pay for a gallon of water. Fussing with the latter – by charging high-volume users more – can encourage conservation. Altering both the monthly fee and the volume fee can help a utility adapt to conservation’s ill effect: a drop in revenue.

Annual rate increases quickly build over time. Since 2010, average prices rose 33 percent for the index, the equivalent of adding $US 15 per month to a $US 45 water bill.

Residents in some areas are paying even more. Prices in five cities – Austin, Charlotte, Chicago, San Francisco, and Tucson – ballooned more than 50 percent over five years. Chicago’s increase, for instance, is part of a municipal water investment plan, initiated in 2011, to double rates over four years, primarily to replace dilapidated pipes, some a century old.

These examples are striking, but they are increasingly common, as the cost of water outpaces the cost of other staple household goods, reckons Bill Stannard, president of Raftelis, a rates consultancy.

“What we’re seeing now, for the foreseeable future, is that the annual increase in revenue will exceed the Consumer Price Index by double on average,” Stannard told Circle of Blue. “That’s how much revenue will be needed to fund utilities.”

Raftelis collaborates with the American Water Works Association, an industry group, on a biannual rate survey, which included data from 290 water utilities in 2012. Between 1996 and 2012, rates increased an average of 4.9 percent annually for water, Stannard said.

2014 water prices u.s. pricing united states
Graphic © Codi Kozacek / Circle of Blue
Water pricing for 30 major U.S. cities in 2014 and the percent change from 2013.
Click to see a larger version.

Shaking the Money Tree

These are strange days for water utilities.

Unlike many businesses, they are encouraging customers to buy less of their product. Some of the decrease in demand is incidental: new plumbing codes, low-flow toilets, and showerheads that spritz instead of splash have reduced the amount of water flowing into the home. The economic recession starting in 2008 forced families to cut back in every way possible, including water consumption.

But conservation is also an explicit policy. Utilities in dry regions pay homeowners to rip out lawns. Fuzzy civic mascots visit schoolrooms to preach the virtues of a short shower. And over the last three decades, price signals became popular. The more water a household used, the more expensive each gallon became. Some cities, Santa Fe most notably, approved charges so high that price acted as a stop sign.

These measures are causing per capita demand in most cities to fall, and in some cases plummet. Water consumption in Tucson, for example, fell 8 percent between 2010 and 2013. Households in Fort Worth, Texas, did even better, chopping demand by 18 percent between 2006 and 2013, and the fast-growing city expects more savings from new rules adopted in April that permanently restrict lawn-watering to twice per week.

The drop in demand had clear benefits, said Mary Gugliuzza, water department spokeswoman. Fort Worth put off pricy expansions of existing treatment plants and construction of a new plant, not needing for now the added capacity. Delaying those investments is saving the city $US 20 million per year in borrowing costs. If the three projects had been built according to the plan set forth in 2005, residential water rates today would be 10 percent higher.

But for many utilities, conservation success exposed a financial vulnerability. Because most of their revenue – 80 percent or more, on average – came from water sales, a sudden drop caused the balance sheet to tilt dangerously toward the red. Less water sold is less money earned. Relying so heavily on an income stream that is at odds with the zeitgeist and varies with the weather required a rebalancing act.

To stabilize revenues, several utilities in Circle of Blue’s survey are putting more of their rate increases into fixed monthly charges – fees paid regardless of how much water is used. Austin, Fort Worth, and Tucson are three examples. This increase in fixed fees means that even those who use water sparingly are paying more.

As fits a conservative industry, utilities are making these shifts slowly. Fort Worth is in the middle of a five-year plan to increase the share of its revenue that comes from fixed fees, from 17 percent to 25 percent.

In Focus: Fresno, California
The largest city in the San Joaquin Valley is transforming its water system, at a significant cost.
Fresno, a farm hub of 505,000 people, is moving from a system reliant on groundwater to a river-fed supply. Doing so requires a $US 1.1 billion investment over 10 years, said Martin Querin, water division manager.
After five years without an increase, the Fresno city council voted 5 to 2 last August to double rates by 2017. The revenue will provide the capital for a new water treatment plant, an expansion of an existing plant, and new large-diameter water mains to replumb the grid.
The transition is necessary, Querin said, because the old system was failing.
“Groundwater beneath the city lowered 80 feet over the last 100 years,” Querin told Circle of Blue. “That caused our energy costs to skyrocket and we were having to constantly construct new wells, which became more difficult as the city filled in. We’re actually now having to buy homes and demolish homes to construct new well sites.”
As recently as 2005, Fresno sourced 100 percent of its water from aquifers. Once built, the new facilities will use water from the Kings River and from the federal Central Valley Project canals for 80 percent of the city’s demand in a wet or average year, giving the aquifer a chance to revive.

Divergent Pressures

Though a handful of utilities are changing the balance between fixed and variable revenue, many are not, said Shadi Eskaf, a researcher at the University of North Carolina’s Environmental Finance Center. It is difficult to generalize about a country with many thousands of utilities with different financial pressures in diverse climate zones, he told Circle of Blue.

“The trends are divergent,” Eskaf explained. “There are a small number of utilities that catch on to the need to increase fixed revenue. But actually more are increasing the variable portion of the bill.”

The decision about which course to take depends on local circumstances. If water scarcity is the greater concern, then a utility might use rate increases to clamp down on demand.

That is the case in San Diego, which both raised rates and changed its rate structure last year. The entire rate increase was necessary to pay for rising wholesale water costs in Southern California. And to encourage water thrift, the department decreased its fixed fee while approving higher charges for high-volume users.

“We added a price tier at the high end to help people understand that if you use a lot of water [you will pay more],” Kurt Kidman, department spokesman, told Circle of Blue. “We live in a desert, and it would be good to conserve.”

Scarcity is the driving factor now, but as household faucets flow with less force, San Diego, like its dry-climate brethren in Arizona and Texas, may find itself in need of a rate makeover. And that would signal a conservation success story.

Circle of Blue gathered water rate information from the web site of each city’s water utility or from phone calls or emails to the utilities. Prices are based on single-family residential rates and are current as of April 1, 2014. Rates include fixed fees, volumetric fees, and surcharges. Average monthly prices for cities with seasonal rates were calculated using seasonal weighting. The fixed fees cited in the article are for 5/8 inch meters, the most common size for residential connections.

Author: Brett Walton  is a Seattle-based reporter for Circle of Blue. He writes our Federal Water Tap, a weekly breakdown of U.S. policy. Interests: Southwest, Pacific Northwest, Pricing, Infrastructure.

Email: Brett Walton  :: Follow on Twitter :: More Articles


19 Comments
  1. Thanks – this is interesting information. Have you looked at whether there is a difference in how public utilities and private water companies are structuring their pricing?

  2. Thanks for the reporting. Is a legible version of the bar chart available for viewing?

  3. Can you provide a higher resolution image of the bar charts? Thanks!

  4. To everyone asking about higher-resolution images: we’re working on it. We’re also looking at a better way to present the five years of data we have.

  5. […] says the national water news provider Circle of Blue in an annual price survey it conducts of 30 […]

  6. IDoes the chart above list just strictly water costs, or water & sewer? (usually there is a separate sewer fee per gallon used and a monthly fixed fee as well).

  7. Amy, these prices are just for water. We did a sewer survey in 2010 but have not updated it since:

    http://www.circleofblue.org/waternews/2010/world/the-price-of-wastewater-a-comparison-of-sewer-rates-in-30-u-s-cities/

  8. I’m glad to see (1) rate increases to improve fiscal and environmental stability and (2) your accurate description of the need to shift revenues onto fixed charges to keep finances stable. As you may know, I’ve squared the circle on shifting to fixed charges AND encouraging conservation by adding a third (scarcity) charge. You can read about it in this post (http://www.aguanomics.com/2011/09/time-to-dump-increasing-block-rates.html) as well as in my book (Living with Water Scarcity), which is much clearer.

  9. Nice article Brett,
    Demand side conservation is clearly a priority for the US in certain areas due to the drought conditions but have you investigated and written articles on distribution losses or NRW in the US? Clearly, with volume-based consumption tariffs, water utility revenues will reduce due to water conservation but if the utilities reduce NRW then their overheads decrease, especially in areas where the cost of production and distribution is high.
    The public in the UK are much more receptive to water conservation on their side when they see steps being made to tackle water loss on the utility side.
    I’d be interested in the US view on this point.

    Regards,
    David

  10. David,

    I haven’t dug deeply into actions to reduce non-revenue water (NRW),
    but a sidebar on my 2011 water prices update shows the increased use of advanced
    metering technology, which can help detect leaks more quickly and reduce losses
    that way. Many utilities – I don’t have recent figures, but Xylem or another such
    company might – are investing in this.

    The sidebar is near the bottom:
    http://www.circleofblue.org/waternews/2011/world/the-price-of-water-2011-prices-rise-an-average-of-9-percent-in-major-u-s-cities/

  11. […] promoting water conservation have meant that less water sold is less money paid to utilities.  >Read More via […]

  12. […] 2010, residential water costs have increased by an average of 33 percent.   We’ve all heard about low-flow aerators and skipping flushes, and we may have learned not to […]

  13. […] Weitere Informationen über die Untersuchung siehe Circle of Blue. […]

  14. […] Conozca más acerca del estudio de Circle of Blue. […]

  15. […] Leia mais sobre a pesquisa do Circle of Blue. […]

  16. […] Läs mer om undersökningen på Circle of Blue. […]

  17. What is the price per gallon? Are meters set to measure per gallon, liter or less?

  18. Ronald,

    The price per gallon often varies depending on how many gallons a household uses. Prices are usually stated per 1,000 gallons or 100 cubic feet, which equals 748 gallons.

    Many cities have what is called an increasing block rate, which means that you pay more per gallon the more water you use. An example is Las Vegas. For the first 5,000 gallons, a household pays $1.16 per 1,000 gallons, or 1.1 cents for 10 gallons (quite a deal!). After 20,000 gallons, however, the cost per 1,000 gallons is $4.58, or 4.5 cents for 10 gallons (still, quite a bargain).

    There are also fixed charges that have to be factored in. Las Vegas, for example, charges $10.06 per month just to be connected to the system, regardless of the amount of water used.

    Academic studies use a tool called an average price curve that shows the average price per gallon for various levels of consumption. Page 10 of this presentation shows a few examples: http://www2.bren.ucsb.edu/~santaana/Documents/Water%20Rate%20Structures.pdf

    Hope this helps.

Leave a Reply


 

Special Reports

  •    Bulk Water Exports

  •    Reign of Sand

  •    Himalayas Melting

  •    Tehuacan

  •    China Karst

  •    WaterViews

  •    Asian Carp

  •    Biggest Dry

  •    Patagonia