Water loss is a common concern among utilities. It’s estimated that nearly 1 trillion gallons of water is lost annually from household leaks in the U.S. alone. In a single home, leaks can account for an average of 10,000 gallons of water wasted annually. That’s enough to fill a backyard swimming pool. To help solve this problem, Oregon’s Seal Rock Water District (SRWD) deployed an advanced metering infrastructure system from Sensus, a Xylem brand. It enables them to detect leaks faster, conserve water and improve customer service.
Rising to the challenge
There is a growing imperative for water providers to address “non-revenue water” or water lost due to aging infrastructure, household leaks or unauthorized use. Utilities lose an estimated $9.6 billion annually because of water leaks alone. In drought regions, utilities face regulations to track usage within specific, standardized parameters. Conservation efforts are crucial for many utilities as water scarcity impacts more communities.
Customers also want excellent service in the form of accurate bills and helpful communication from the utility, such as leak notifications. In addition, they express a desire to become more educated about their own water usage and better understand how their bill is affected. In other words, the demand for data is only getting stronger, and Seal Rock Water District is addressing these challenges head on.
Stretching 12 miles alongside Oregon’s scenic Pacific Coast Highway is the small seaside community of Seal Rock. While the tranquil, coastal community serves as a retreat for seasonal residents, managing water services across the area is a year-round responsibility.
“We have about 8,000 people here during the summertime, which is nearly twice the number of our static population,” said Seal Rock Water District’s General Manager Adam Denlinger. “With many houses sitting empty for much of the year, it can be challenging to promptly respond to issues like water leaks, which can occur when no one is home.”
The Water District’s Board of Commissioners is committed to reducing non-revenue water loss to ensure quality customer service and exceed progressive water conservation standards set by the state of Oregon. Achieving these goals requires a proactive strategy that includes harnessing innovative technology to stay ahead of the curve.
In need of an upgrade
While SRWD had implemented supervisory control and data acquisition (SCADA) technology to monitor various system conditions, capabilities at the metering level were substantially lacking. In most cases, water leaks could take up to 30 days to be detected since many residents lived away for much of the year. The district’s meters were also ten years old and approaching their end of useful life.
“Our SCADA system exposed operations to real-time data, but we needed to make adjustments to our metering infrastructure to expand the benefits for our customers,” said Denlinger. “We needed to better understand the flow of water through our system, so we could be more proactive about responding to issues.”
To improve customer response time with daily and hourly consumption monitoring, the District decided to upgrade to an advanced metering infrastructure (AMI) system using funding provided by the United States Department of Agriculture Rural Development (USDA-RD) Waste Disposal Loan & Grant Program. The grant offers support for clean and reliable drinking water initiatives in rural areas.
Getting smarter about water
SRWD deployed the Sensus AMI system across its 2,572 endpoints with SR II® residential and OMNI™ commercial water meters. Backed by the two-way FlexNet® communication network, the system gave district technicians the ability to remotely monitor water use and address leaks in near real-time.
“With the Sensus AMI system deployed, we can now detect a water leak and work with the customer to have it resolved within the hour,” said SRWD Utility Billing Clerk Brendi Hargrove. “The program instantly improved our billing processes and helped us become more efficient.”
The water district has also rolled out the Sensus Customer Portal to bolster water conservation efforts and bring customers in on the action. It empowers residents to set up alerts and monitor their own usage, and the community has responded with enthusiasm.
“Our initial goal was to get 10 percent of our customers signed up, and we’re already at 12.5 percent in less than two months,” said Hargrove. “With our AMI rollout, people see the benefits that data offers, and they’ve bought into our vision for water conservation.”
Return on investment and future impact
SRWD leadership believes proper water management is necessary to gain control of the little water they do have. Innovative metering technology is one cost effective solution for municipal water suppliers.
Denlinger reports that early trending data provided by the system indicates a net reduction in demand when factoring monthly reads are about 10 percent less as compared to the same time period in 2018.
Since completing their deployment, SRWD’s unaccounted for water has fallen to around 12 percent – well below the state’s 15 percent benchmark. In addition to the operational and customer benefits, the district sees how the savings extends to the environment.
“We treat water as a precious resource,” said Denlinger. “By using sustainable technologies like AMI, we can ensure water is available for future generations.”
While Seal Rock is pleased with the performance of its AMI system, their efforts to conserve water won’t stop there.
“We want to get our unaccounted-for water down to three percent to be competitive with some of the bigger cities in the state,” said Denlinger. “We are confident that we have the right tools, and they’re helping us get smarter every day.”
Read more customer sustainability stories from Sensus, a Xylem brand:
Get the latest news and updates from Making Waves.
Making Waves is news from Xylem, a leading global water technology company. Xylem's solutions include products and services that move, treat, analyze and monitor water.
Install for this language not supported at the moment. Please try again later.