Rural distributed wastewater treatment stations play a critical role in addressing the persistent challenge of untreated sewage in rural areas. Without proper treatment, freely discharged wastewater accumulates over time, degrading the environment and jeopardizing residents’ health. As a key component of rural habitat improvement, these decentralized treatment systems align with China’s “14th Five-Year Plan,” which prioritizes resolving longstanding issues like black, odorous water bodies. By implementing efficient rural distributed wastewater treatment stations, communities can significantly enhance ecological protection while meeting national environmental governance objectives, creating cleaner, healthier living spaces for rural populations.
Rural distributed wastewater treatment stations face the following pain points: ① the scale of each point is small, only about 10~30 tonnes per day; ② more points, it is difficult to carry out unified management of all the points; ③ unmanned operation, so the automation of the treatment station and remote operation and maintenance requirements are higher.
Die traditionellen ländlichen dezentralen Kläranlagen verwenden in der Regel eine SPS für die Gesamtsteuerung und den Betrieb, was ein hohes Maß an Programmierkenntnissen für die Techniker erfordert.
IOTROUTER für die oben genannten Schmerzpunkte, nach der tatsächlichen Anwendung der ländlichen verteilten Kläranlage entwickelt eine Reihe von intelligenten Abwasserbehandlung Schaltschrank, stark verbessert die intelligente Ebene der ländlichen verteilten Kläranlage.
Intelligent Solution for Rural distributed wastewater treatment stations
IOTROUTER verwendet Edge-Computing-Gateway EG8000 and IO expansion module ET1010 to build an intelligent sewage treatment control cabinet, and combines with the IoT platform IOTRouter Cloud to realise the unified management of sewage points and the remote operation and maintenance of the system.
Using the characteristics of EG8000 to support remote writing commands, combined with ET1010 control extension module, the command is issued through the IOTRouter IoT platform to control the AC contactor in the traditional control cabinet, thus realising the remote control of each production equipment in the wastewater treatment station, and solving the problem that the traditional PLC wastewater treatment control cabinet is unable to be controlled remotely and managed in a unified way. The control cabinet supports access to PH, dissolved oxygen, water level and other sensors, providing real-time collection of sewage monitoring data and data transmission capabilities.
Vorteile des Programms
Automated operation: The control cabinet can achieve automated operation, monitoring the status of various devices and sensors inside the pumping station, such as pump current, temperature, pressure, etc., as well as flow, level sewage total nitrogen phosphorus, ammonia nitrogen and other key parameters.
Response low latency: Edge computing can reduce data transmission time, improve response speed and real-time, and effectively improve the response rate of the equipment through data processing on the device side.
Remote operation and maintenance: The control cabinet can be programmed and adjusted remotely according to the demand, and combined with IOTRouter IoT platform to achieve remote intelligent control. It supports intranet penetration to provide users with secure remote management, configuration, upgrading and programming.
Drag-and-drop programming: EG8000mini in the control cabinet provides a browser-based process editor with rich panel nodes, free formation of processes, and one-click deployment and operation.
Disconnection: Edge computing gateway EG8000mini can cache data in case of network anomaly and report data when the network is restored.
Unified management: IOTRouter Cloud can handle the connection and management of millions of devices through clustering, and supports the aggregation of data from multiple devices for unified management of each point.
Vorteile des Programms
1. Die Fernbedienung: Unterstützung der Fernsteuerungsfunktion von elektrischen Geräten in Kläranlagen, um eine einheitliche Steuerung und Verwaltung von dezentralen Kläranlagen zu erreichen.
2. Bedienung und Wartung aus der Ferne: Bieten Sie eine einfache, effiziente, stabile und sichere Intranet-Durchdringungsfunktion, um die Schwierigkeiten bei der Bedienung und Wartung der Kläranlage zu verringern.
3. Datensicherheit: Die Möglichkeit, die Datenübertragung über das Netz fortzusetzen, um den Verlust wichtiger, von der Front-End-Ausrüstung der Kläranlage erfasster Daten aufgrund von Netzproblemen zu vermeiden und die Fähigkeit des Systems, Risiken zu widerstehen, zu verbessern.
4. Frühwarnung in Echtzeit: Um die verteilte Kläranlage Wasserqualität, Abwasser PH-Wert und andere Daten zu erreichen, die den aktiven Alarm überschreiten.
5. Einheitliche Verwaltung: Vereinheitlichung der Verwaltung der verteilten Kläranlagen, um eine effizientere Verwaltung und einen effizienteren Betrieb zu erreichen.
6. Kosteneinsparungen: Senkung der Gesamtzugangskosten des Systems, Unterstützung für Fernbetrieb und -wartung senkt die Kosten für Betrieb und Wartung, einheitliche Verwaltung der Geräte senkt die Kosten für die Systemverwaltung.
With the deep integration of IoT and edge computing technologies, rural distributed wastewater treatment stations are embracing a new era of intelligent transformation. The synergy between EG8000 edge computing gateways, ET1010 control extension module, and IoT platforms not only resolves traditional system limitations like remote maintenance difficulties and fragmented management, but also delivers a cost-effective solution through its “data-driven + smart control” innovation. This system fulfills both the automation needs of unmanned stations and centralized management of decentralized facilities via cloud-edge collaboration, bringing technological warmth and practical results to the protection of rural water ecosystems.
