Intelligent sensing technology: through the deployment of sensors in each treatment link, real-time monitoring of various indicators in the wastewater: flow, pressure, temperature, liquid level, pH, dissolved oxygen, chemical oxygen demand (COD), and other water quality indicators. Realizes the real-time data collection the whole time. When the chemical composition of the wastewater is abnormal, the system reacts the first time, providing a basis for timely measures, thus effectively improving the accuracy of wastewater treatment.
Artificial Intelligence: AI algorithms learn from historical data to analyze and predict the effectiveness of wastewater treatment. The water treatment system automatically adjusts the treatment process according to the wastewater composition and target value. For example, by learning from the data, the AI system can optimize the amount of pharmaceuticals delivered, thus reducing operating costs. More importantly, the AI system can enhance the adaptive capability of the wastewater treatment system through autonomous decision-making to cope with different types and concentrations of wastewater treatment needs. It can also cope with fluctuations in the quality of wastewater intake water and make rapid feedback when the system experiences phased deterioration in the quality of the intake water and an increase in the amount of treated water, greatly enhancing the system's resistance.
The IOT platform introduces new data processing and transmission capabilities for wastewater treatment. Through the IoT platform, all wastewater treatment equipment and systems can be interconnected to build a huge data network. These data cover traditional monitoring indicators, the operating status of treatment equipment, and the prejudgement of process indicators. The Internet of Things can effectively realize data sharing, enhance the synergistic effect of each link, and ultimately promote comprehensive intelligent management.
In the intelligent solution, deep mining and analysis are done through big data technology to find the rules and potential wastewater treatment problems. For example, through the analysis of historical data, the long-term effect of different treatment processes can be assessed to find the optimal treatment plan through big data analysis to predict the future trend of wastewater treatment and take precautions in advance.
Intelligent control systems are the core of intelligent wastewater treatment. They combine centralized management and distributed control to deploy resources and optimize the treatment process flexibly. For example, the intelligent control system can automatically adjust the dosage, aeration, and sludge return flow according to real-time data to achieve the optimal treatment effect. The advantage of the intelligent control system lies in the self-learning and optimization of the data to continuously improve the treatment efficiency and stability.
Xinneng Intelligent Cloud Total Solution
Based on the customer-custom customers established, the Things platform's real customers help users simultaneously realize rapid equipment migration to the cloud.
- Ensure data security
- Improve the utilization rate of the equipment
- Reduce abnormal loss of equipment
- Optimize production process and after-sales service efficiency
Intelligent Solution-Functional Features
1. Built-in protocol
Simple settings can be connected to built-in communication protocols for mainstream PL0, HMI, and other devices.
2. Convenient networking
The support 4G, WF1, and Ethernet connectivity platform setup is ready.
3. Save traffic
The data supports uploading every change + cycle, greatly saving traffic.
4. Data security
Built-in asymmetric encryption algorithm and encrypted data transmission process.
5. Remote Programming
Built-in VPN function and support PLC remote download program.
6. Continuous transmission
Part of the model can be inserted into the SD card to support local storage, network recovery, and automatic replenishment of the transmission.
7. Alarm prediction
Built-in abnormal judgment algorithms can carry out data in seconds.
8. Switching function
Part of the model can be used as a switch, touch screen + PL0 through the module to form a local network.
