FLUSHABLES RESOURCES

• Duperon Dual Auger System Replaces Grinder And Drastically Cuts Associated Plant Maintenance

  Explore how a wastewater treatment plant in Pottsville, Pennsylvania, addressed clogging and maintenance issues with the Duperon Dual Auger System. 

• Dual Auger System Eliminates Clogged Pumps Caused By Flushable Wipes

  The Drake Pump Station, located in Saginaw, Michigan experienced chronic pump maintenance due to flushable wipes. Although the dry pit pump station represented only 0.1 million gallons per day (mgd) of flow in the city’s collection network, it required a substantial amount of servicing – up to three times a week. This consisted of two operators spending four hours manually removing rags in a confined space entry to clean out the clogged pump. It was a dirty, unplanned, and time-consuming task.

• Reducing Emergency Sewer Repairs

  Wastewater treatment plant operators have dealt with clogging problems at their plants and pump stations for decades, but the meteoric rise in the use of disposable wipes and other non-dispersible products has accelerated the problem to epidemic proportions.

• Revolutionizing Pumping Station Control

  Sulzer-led award-winning project improves performance and control of sewage pumping stations.

• How One Company Created An Easy, Affordable Way To Stop Damage From Wipes

  Toilet paper. The most essential product necessary to life besides food and water. Also cited as the first item to run out at supermarkets during an emergency. For those who live in disaster-prone areas, keeping a stockpile is normal. But for everyone else, a few extra rolls of toilet paper is just a routine part of a grocery trip. So what happened when families everywhere panic bought toilet paper to get through an extended lockdown?

• How The Ukiah Wastewater Treatment Plant Solved Its Debris Problem

  The water treatment needs of both Ukiah Valley and Lake County are served by the Ukiah Wastewater Treatment Plant. Nestled between Highway 101 on the west and the Russian River to the east, the facility features a scenic view of surrounding valleys of vineyards seemingly out of a Steinbeck novel. Construction of the facility was completed in 1958 back when the city had a population of around 9,000. Since then, the population has grown by about 78% to a total of 16,000 residents. The plant’s five pumps are equipped to handle 2.8 MGD (million gallons per day) of dry weather flow, and 20 MGD of wet weather flow. Even though the plant is equipped to remove some floating material, they were having issues with an overflow of unwanted debris.

• Union Township, NJ Automates Pump Station With TASKMASTER®

  Union Township, New Jersey was having a lot of trouble with their pump station. Although a small pump station, it was extremely cumbersome to maintain. The station was using a trash basket with a ladder and rail system to screen solids. This was extremely time-consuming, used an excess of manpower and proved to be ineffective at times. They knew they needed a better solution.

• DIMMINUTOR® Protects Pottstown Equipment From Abrasion, Clogging

  The Pottstown, Pennsylvania Wastewater Treatment Plant handles the wastewater generated by 15,000 area homes, commercial businesses, and industrial sites located in the borough of Pottstown and three nearby townships. The facility is rated for 15.6 mgd and treats an average flow of 7 million gallons of sewage a day.

• How The Franklin Miller Dimminutor® Became An Olympic Winner

  The Franklin Miller DIMMINUTOR was selected for the state-of-the-art sewage system infrastructure project built to accommodate the Olympic Winter Games in Sochi, Russia. After an intensive construction project, multiple Model DM36XF DIMMINUTOR® open channel comminutors were employed throughout the new sewage system. Each unit has the capability of 29 million gallons of raw sewage per day.

• The TASKMASTER® TITAN® Saves Time And Worries

  The Roseland, NJ pump station is one of the largest high-flow stations feeding into the Caldwell Wastewater Treatment Plant. The pump station originally used a trash rack in the channel coming into the station. This arrangement made it necessary for a worker to climb down into the confined space once a day to access and empty the trash rack manually. This was a very time-consuming process and was expensive for the station to keep up with such frequent manual maintenance.