Improving Water System Reliability at the City of Burton Water Plant

Municipal water infrastructure must remain reliable to support the daily needs of any community, whether urban or rural. Many smaller communities depend on groundwater wells as their primary water source, making system reliability essential to maintaining uninterrupted service for residents and businesses. To strengthen the overall reliability of the City of Burton Water Plant, the city initiated the addition of a secondary groundwater well to provide greater operational stability and redundancy within the system. 

Knowing that this lack of redundancy in water sourcing would present risk, the City of Burton resolved to enhance its water plant by adding a second groundwater well.   

Guzman Engineering provided electrical engineering design services to integrate the new well into the existing power, control, and monitoring systems, ensuring the facility could improve reliability without disrupting ongoing operations. 

The Operational Challenge 

The addition of a new well presented several challenges that called for an experienced partner to help the facility operators smoothly navigate the transition without disruption. Because the community relied on a single water well, it was critical to perform the new enhancements while the plant remained online and operational. Any unplanned outages would have serious consequences for the community in terms of water availability.  

Integrating a new well into an existing plant also required modifications to the facility’s electrical power system and control infrastructure. These adjustments would be critical to enabling the new equipment to operate seamlessly alongside the existing well. Finally, having two independent water sources provided much-needed redundancy to the plant in the event of a disruption to or failure of either source.  

This type of incremental expansion is common for municipal utilities, but it requires intentional electrical and controls engineering to maintain continuity and long-term reliability. 

Electrical Engineering Scope 

Guzman Engineering provided electrical engineering design services to support the integration of the new 40-horsepower groundwater well into the City of Burton’s existing water plant. 

The team oversaw modifications to the facility’s power system to accommodate the new well’s additional motor load. This included designing updates to support the new equipment while coordinating utility requirements related to the motor starter and electrical service. 

In addition, grounding updates and electrical design adjustments were incorporated to maintain code compliance and safe operation. These upgrades were carefully designed to be compatible with the existing plant infrastructure, minimizing disruption and avoiding unnecessary replacement of functioning systems to control costs for the plant.  

Control System and SCADA Integration 

Electrical upgrades alone were not enough to bring the plant enhancements online. The project also required modifications to its control and monitoring systems. Guzman Engineering’s design included updates that allowed the facility to alternate operation between the original well and the new groundwater well. This approach ensured that the plant could maintain uninterrupted operations if one well was offline due to maintenance or failure. 

As part of the control upgrades, the project included replacing existing GST probes with an alternative control system better suited to the enhanced operating environment. These updates helped improve operational flexibility by allowing the facility to alternate between the original well and the new groundwater well as needed to maintain continuous service during maintenance activities or unexpected disruptions. 

Designing for Reliability and Operational Flexibility 

The addition of a second water well source positioned the plant for long-term reliability during operations so that it was better insulated against operational disruption. Equally important, the design was developed to integrate seamlessly with the existing legacy infrastructure. By upgrading only what was necessary, the project delivered flexible enhancements without adding unnecessary expense or extended downtime. 

Finally, Guzman provided extensive records and documentation of the implemented upgrades for the facility operators to reference for future maintenance needs. This ensured that inspectors and owners could easily validate design intent and maintain the system over time. 

Results for the City of Burton 

The project delivered transformational impact for the City of Burton’s water plant. The addition of a second groundwater well strengthened the facility’s overall reliability and provided an additional layer of operational redundancy in the event of mechanical issues, outages, or other disruptions. From an operational perspective, updates to the plant’s control systems enabled smoother day-to-day management of the original and new well infrastructure, helping support more reliable long-term operations. 

Why This Matters for Water Infrastructure Projects 

Throughout the country, municipal water systems routinely operate with aging infrastructure and limited redundancy. These difficulties add to an already overburdened infrastructure environment, where plants routinely operate well above capacity and beyond their original intended service lives. As demand continues to grow in the face of budget constraints, utilities often must integrate new equipment into existing facilities rather than pursue full replacements. 

Projects like the City of Burton water plant upgrade illustrate the critical role that electrical engineering plays in managing complex scenarios where a mix of rehabilitation and replacement activities are executed in tandem. Thoughtful coordination of power systems, controls, and SCADA infrastructure allows utilities to improve reliability through meaningful upgrades, salvage older (but still functioning) systems wherever possible, and maintain continuous operations along the way. 

Achieving Sustainable Growth Through Expert Engineering Partnership 

Reliable municipal water infrastructure depends on coordinated electrical, control, and automation systems working together seamlessly. The City of Burton water plant upgrade demonstrates how strategic electrical engineering can improve system resilience and operational flexibility without disrupting ongoing operations. 

By integrating a second groundwater well into the existing facility, Guzman Engineering helped the City of Burton strengthen its water supply reliability and better prepare itself for future growth and increased demand. The project reflects Guzman Engineering’s practical, experience-driven approach to solving real-world infrastructure challenges and its commitment to supporting municipal utilities with trusted, dependable electrical engineering solutions.