Automate Lift Station Clean-Out for FOG Remediation
and More…
The fully mechanical systems from Anue Water Technologies, Inc. (AWT) will significantly lower lift station maintenance costs. The AWT systems recycle wastewater by returning a fractional amount of the discharging wastewater into the wet well. This process keeps the lift station free of fat, oil and grease (FOG) build-up, as well as creates ideal conditions for promoting pretreatment in the well.
How Recycling Reconditions and Promotes Pretreatment
AWT systems produce interrelated actions that promote pretreatment. By returning wastewater into the lift station, solids are physically broken down and oxygen levels significantly increase.With the Anue system installed approximately four feet (1.2 meters) above the wet well high water level, solids, resident biological cultures and high levels of oxygen are mixed creating a dynamic, aerobic processpromoting pretreatment and cost-saving s for on-going cleaning.
Comparing conventional methods for cleaning lift stations such as the use of high energy consumption vacuum trucks or clean water wash down, users readily see how Anue systems can reduce energy consumption and the associated carbon footprint. Even more, the essence of the Anue system is recycling - using the resident wastewater to produce aforementioned benefits of cleaning and pretreatment.AWT systems can enable implementation ofgreen technologystrategies for both municipal and private users alike. Read More
The EP Series recycles and reconditions wastewater. In essence, wastewater is used to treat wastewater. The EP promotes increased DO levels while homogenizing solids setting the stage for highly enhanced aerobic activity. Thus, a more efficient and lower bio-solids load output is achieved. Lift station pumps at the lift stations become more efficient and energy savings is achieved at the plant. There is more to the green story...
EDPRO 1300 Series Well Washing System: Anue Water Technologies, Inc. has released the new EP-1300 series for agitating, oxygenating and cleaning pump stations, all without the use of external power or potable water.
