Waterline Renewal Technologies

Louisville’s Rain Surge: Limited Water Usage Lessens Impact on Sewer

Louisville, it’s raining and pouring! The city has experienced severe storms which not only lead to school closures but flooding, power outages, and ill-prepared driving conditions. As 60 mile-per-hour winds and quarter-sized hail sped through the city, area residents have lost power on both sides of the Ohio River, including as many as 13,000 in Jefferson and Oldham Counties, and nearly 900 in Floyd County. Be advised when traveling that the worst of the street flooding was reported on Taylor Boulevard near Iroquois High School. Additionally, Billtown Road pumping station has received over 2.60 inches of rain. Clogged storm drains are also being addressed. When heavy rain such as this occurs, it is recommended that homeowners decrease their water usage. Waiting up to 24 hours to run your dishwasher or do laundry can lessen the impact on a- already overloaded- sewer system.

Louisville, did you know? There is a way homeowners can help minimize the amount of rainwater that enters the community’s wastewater system. The city is offering free programs to help you modify and correct improperly installed drainage connections. The most popular of these programs is the Downspout Disconnection Program. By enrolling in this program, you can receive a one-time incentive of $100 for each downspout disconnected from the wastewater system on your property.

More Bluegrass News: the City of Frankfort was recently approved for several loans to assist in the overhaul of sanitary sewer and storm water systems throughout the city. Frankfort has approximately 14,000 customers and treats wastewater for an area of Woodford County that includes 21 customers. The authorized loans will be used to rehabilitate and replace up to 41,500 linear feet of old sewer lines with 12 to 24 inch PVC gravity lines. With this, flooding issues on specific roadways within the city will be eradicated. The project will also eliminate the persisting sanitary sewer overflows and reduce the inflow/infiltration into the sewer system.