Xylem's Water Main Break Predictor Project Hazen Construction's Neuse River Resource Recovery Facility Flow Predictor Project Advanced Drainage Systems Blockage Predictor Project NCSU Institute for Advance Analytics Sewer Main Failure Predictor Project NCSU Institute for Advance Analytics Pump Station Failure Predictor Project
Machine learning uses artificial intelligence (AI) and computer science to recognize patterns and trends in data, similar to how a human learns. This type of learning gradually improves its accuracy over time as more information becomes available. Data from machine learning projects is used to identify patterns of failure in the water system. Having this detailed information helps Raleigh Water plan for replacement projects in areas where failure is most likely to occur. Using this cutting-edge technology, Raleigh Water operations can also be more proactive when protecting our shared water system. Being able to respond quickly to system needs not only saves customers time and decreases stress; it protects the environment. Raleigh Water is proud to be one of the few utilities in the nation to use this advanced modeling system.
Xylem's Water Main Break Predictor Project
Xylem Inc uses machine learning to predict the water pipes that are most likely to break in Raleigh Water’s system. An analysis was also prepared that selected neighborhoods for water pipe replacement projects that would prevent future water system breaks. More Info.
Hazen Construction's Neuse River Resource Recovery Facility Flow Predictor Project
Hazen Construction prepared a machine learning analysis that predicts in real time what future wastewater flows will be at the Neuse River Resource Recovery Facility, the City of Raleigh's largest wastewater treatment facility. This project helps the facility operators make adjustments so they can handle extra flow from rainfall events. More info.
Advanced Drainage Systems Blockage Predictor Project
Raleigh Water has a network of 38 flow meters and 5 level monitors in our shared sewer system. Advanced Drainage Systems has a machine learning analysis project that detects the earliest signs of blockages. It then predicts overflows and alerts Raleigh Water so the department can respond before an overflow occurs.
NCSU Institute for Advance Analytics Sewer Main Failure Predictor Project
A team of students from NCSU Institute for Advanced Analytics partnered with Raleigh Water to prepare a sewer main failure prediction analysis. The prediction uses Raleigh Water's past CCTV inspections to predict which sewer mains are most likely to be broken and should be inspected and repaired in the near future. More Info.
NCSU Institute for Advance Analytics Pump Station Failure Predictor Project
Raleigh Water is partnering with a team of students from NCSU Institute for Advanced Analytics on a project to predict failures at critical pump stations. This partnership is using pressure, flow, vibration, temperature, and energy data to check the overall health of the pumps and detect any system errors for further investigation.