by Heather Jennings, PE
Bio Energizer® Reduces Sludge Over 40% at Utah Municipal WTP
Bio Energizer® Reduces Sludge Over 40% at Utah Municipal WTPThe case study described below was a project that I worked on with a small-lagoon municipal system so overwhelmed with solids that state action was being taken. The ducks on the other side of the lagoon from me literally looked as though they were walking on the water surface! Honestly, that was a new one for me. We can help prevent solids buildup with little capital costs and time! The case study is below.
Case Summary
The system included a series of four lagoons that tapered to a depth of 6 feet, although at this time only Ponds 1 and 2 were being evaluated for treatment as they were in use. The influent consisted of domestic waste as well as septic. Pond 1 was specifically being addressed due to a state mandate. In 2016 the surfacing sludge prevented a sludge judge from being performed. The system needed to reduce the sludge in its lagoon wastewater system to meet state requirements quickly in preparation for additional capital changes to the system. Dredging costs were more than the town could afford, and an alternative method for dealing with sludge issues was being sought.
The treatment started with Pond 1 in March 2016 with a dosage of Bio Energizer® at 7 ppm with the intent of aggressively reducing solids due to pressure from the state. At 8 months, Pond 1 sludge was reduced from 2.7 feet to 1.5 feet, or 44.1%. Pond 2 sludge was reduced from 1.5 feet to 1.02 feet, or 45.0%. This translated to a total of 4.5 million gallons of sludge being removed from Pond 1 and 1.8 million gallons of sludge from Pond 2, although Pond 1 was the only one receiving treatment. This is the equivalent of 438 truckloads of sludge being removed.
Click here to read the full report.
More information about Bio Energizer® is available at https://probiotic.com/product/bioenergizer/.
Related Posts
This Week in Ag #84
Grandpa Fred never saw me. Despite the fact I was at his house nearly every day for over two decades. That’s because he was blind. From a farm accident. An anhydrous hose burst and shot the gas in his eyes.
This Week in Ag #12
#Plant23 is well underway. From the time seeds are sown, how many days should it take for crops to emerge? That can vary greatly, from days to weeks. But for many crops, it’s not really about calendar days, but Growing Degree Days (GDD).
This Week in Ag #38
When you’re carving your Halloween pumpkins this week, be sure to thank a bee. That’s because pumpkins are not self-pollinating plants. Unlike cotton and soybeans, where pollen produced within a flower fertilizes the ovary of the same flower on the same plant, pumpkins have specific male and female flowers across their vines. So they need bees to carry pollen between the flowers. Pumpkin growers will rent bee colonies during the growing season to ensure better pollination and higher yields.
