OSCEOLA WATER WORKS DOUBLES UP FOR BETTER TASTE AND QUALITY

On March 8, 2016 / General Water Works News

In the continuing effort to provide Osceola residents with clean, great-tasting water as well as keeping costs low, Osceola Water Works has stepped up their filtering schedule, with the a round of change-outs that took place from March 8th through the 11th. One of the main issues the Water Works Department has been faced with in recent years is the taste and odor of the drinking water in Osceola. Part of the arsenal being used to fight this problem is the carbon filtering system already in place. There are 8 filters that use granular activated carbon (GAC). Because their surfaces become

A Year of Change and Growth – Osceola Water Works Updates 2015

On December 22, 2015 / General Water Works News

2015 has been a year of great change and transition for your Osceola Water Works. Much of it was spent making improvements to the business infrastructure as well as acquiring new equipment to benefit the entire Osceola community. Not all changes have been visible to the public, but all have saved money and substantially increased productivity. One major step taken by OWW is the acquisition of new equipment and the completion of staff training. With the purchase of a backhoe, skid loader, concrete saw, dump trailer, and dump truck, the Water Works team was able to do repairs and installations

Osceola Water Taste & Seasonal Water Changes

On October 16, 2015 / General Water Works News, Important Water Works Updates

The Osceola Water Works has confirmed that West Lake, the resource used for Osceola’s drinking water recently turned over, causing our drinking water to have an unusual taste and odor. Lake turnover is the process of a lake’s water turning over from top to bottom. During the summer, the surface layer is the warmest. It is heated by the sun. The deepest layer is the coldest. The sun’s radiation does not reach this cold, dark layer. During the fall, the warm surface water begins to cool. As water cools, it becomes more dense, causing it to sink. This dense water forces the deep water