Accurate insight despite foam buildup
Automatic feed of defoamer in wastewater thanks to Heartbeat Technology
ARA Worblental is relying on state-of-the-art technology in its new sludge dewatering system. The centrate water, a byproduct of the dewatering process, has a strong tendency to foam, which can lead to overflowing. To date the foam is measured with two different level sensors. With Heartbeat Technology, the process can now be efficiently monitored with just a single sensor.
.jpg "Centrate shaft with Micropilot FMR60")
.jpg "Centrate shaft with Micropilot FMR60")
Customer benefit
Foam or buildup detection during the process
Reduced maintenance effort
Lower operation costs
Higher system availability
“With the solution from Endress+Hauser, we can ensure early detection of the rise of foam in our centrate shaft. This helps us conserve resources and reduce the risk of damage.”
ARA Worblental, Switzerland
Customer challenge
The centrate water produced by the dewatering process contains high levels of ammonium-nitrate. As a result, it can be fed into the wastewater only in doses and is thus buffered in a retention tank. Monitoring is essential since the resulting foam in the media strongly impacts the process. There is also a risk of the foam rising out of the centrate water shaft, flooding the dewatering infrastructure and causing it to back up all the way to the decanter.
State-of-the-art instrumentation
The Micropilot FMR60 radar measures the fill level of the centrate water and is able to detect the development of foam with Heartbeat Technology. Thanks to the instrument’s two power outputs, this can occur simultaneously. The second power output regulates the defoaming pumps continuously so that only so much is fed as is really necessary.
If the radar sensor detects no foam, the pumps then run at a low level.
관련 제품
| FLEX 선택 | 기술적 우수성 | 단순성 |
|---|---|---|
Fundamental 선택 기본적인 측정 요구사항 충족 |
기술적 우수성
|
단순성
|
Lean 선택 핵심 프로세스를 손쉽게 처리 |
기술적 우수성
|
단순성
|
Extended 선택 혁신적인 기술로 프로세스 최적화 |
기술적 우수성
|
단순성
|
Xpert 선택 가장 까다로운 어플리케이션 요구사항 충족 |
기술적 우수성
|
단순성
구성에 따라 다름 |
