Forty-five miles west of Knoxville and nestled in the Tennessee Valley is Harriman, TN, a scenic small town of 6,218 in 10.6 square miles. Because time and technology wait for no man, Harriman found itself looking for big innovations for their small town water management needs.
Providing electric, gas, water, and sewer services to the city and the surrounding area is the Harriman Utility Board (HUB). Due to necessity, HUB has absorbed smaller water service providers throughout the years and integrated them into its system, creating a patchwork of different systems, processes, and technologies for monitoring.
This hodge-podge of systems led to a serviceable but clunky workflow:
- Personnel received monitoring data via one computer in the warehouse, creating gaps in efficiency and opening the door to inaccurate readings.
- Operators in the field didn’t have direct access to the data, and had to rely on relayed information or, more commonly, the past experiences of engineers and operators. More time was spent trying to pinpoint what or where the problem could be instead of actually addressing the issue.
- Many of the remote locations lacked telemetry—the wired or wireless transmission and reception of data to monitor equipment or conditions—and required onsite visits, which varied in frequency and consistency.
Add to it aging and outdated monitoring equipment and limited availability for replacement parts, and the case was clear: The time had come to upgrade the HUB water and utility management system.
Rural municipalities typically have small budgets that must be stretched to cover large geographic areas, limiting rural areas to low-cost and low-tech options, such as line-of-sight radio networks or phone lines. Because of growing cost of leases lines, and costly repeaters for hilly areas, soon enough, low-tech options no longer mean low cost. The HUB board had the same concerns when it set out to find a better, more efficient, more affordable solution.
Luckily, the right solution exists. The HUB board decided to install a small cloud-based SCADA system through us, allowing utility operators to access and control the systems from any Internet-connected device. The changes put an end to spotty landline connections, costly equipment, and distance issues. Additionally, the cloud-based SCADA provider carries the burden of licensing and maintaining SCADA software and hardware, which reduces the cost and development needs—and worries—for utility departments.
In the two years since its implementation of a cloud-based SCADA, the Harriman Utility Board has seen water loss reduced by 10 percent and a more accurate understanding of the way the system works. By having precise and timely data at their fingertips, operators and engineers can better predict and calibrate future issues.
Though rural municipalities like Harriman may be small, they still think big when it comes to effective water management. Finding the latest monitoring technology to meet their needs and their budget proved that a cloud-based SCADA system is the best fit for utilities of any size.
You can learn more about the Harriman solution by downloading the case study here.