The main function of the sewage online monitoring system is to monitor the sewage water quality in real time. If the discharged sewage does not meet the standard, it will promptly remind the staff to take some treatment measures. In practical applications, different types of monitoring systems are composed of different structures, and There are also some differences in the functions. In order to help you better understand the sewage online monitoring system, let me introduce to you the structure and functions of the sewage online monitoring system. Sewage online monitoring system structure 1. Sewage monitoring software: B/S webpage form, supporting remote access by computer and mobile phone. 2. Networking type: public network dedicated line, monitoring center adopts fixed IP. 3. Communication method: 4G+INTERNRT 4. Acquisition and communication equipment: (1) Water resource controller: It can collect electricity, inflow/outflow water flow, and outflow water quality data in real time, and communicate with 4G router through RS232 serial port. (2) 4G router: The data collected by the water resource controller and multi-channel video images can be uploaded to the monitoring center regularly or in real time. Functions of the sewage online monitoring system 1. Users can remotely monitor the operating status and operating data of each sewage treatment station. 2. The real-time video of the sewage treatment station can be viewed remotely through the computer or in reality. 3. Automatic alarm for discharged sewage exceeding the standard, and can monitor various parameters: COD, ammonia nitrogen, total phosphorus, suspended solids. 4. The water treatment capacity and effect of the sewage treatment station can be counted and analyzed through the system. 5. Reserve water pumps, fans and other equipment for subsequent maintenance operations. The structure adopted by the sewage online monitoring system is different from other monitoring systems, so its functions in the application are also different. Before we choose a device, we should clarify our own detection purpose, so that we can choose the one that meets the detection requirements. equipment required.
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Enterprises with pollutant discharge exceeding a certain level will be listed as 'key pollutant discharge units'; for key pollutant discharge units, there will be corresponding types of automatic monitoring (online monitoring) installation requirements; among them, key water discharge enterprises in general industries are required to install COD and ammonia nitrogen items, as well as pH and flow. A brief summary: the period of standardization of sewage outlets began as early as 1996 when the State Environmental Protection Administration began to promote the standardization of sewage outlets and issued the 'Technical Requirements for Standardized Treatment of Sewage Outlets (Trial)' [1]. It is a convenient setting for monitoring such as installing a metering tank. In 1999, the State Environmental Protection Administration's 'Notice on Carrying out Standardized Treatment of Discharge Outlets' has proposed that 'the standardized discharge outlets of key pollutant discharge units should install metering devices and pollution control facility recorders, and create conditions to establish a computer monitoring network.' Remaining installation conditions - this was already 20 years ago, and the establishment of an online monitoring network has been promoted. Note that the concept of 'key pollutant discharge unit' has already existed at this time. According to the standardization requirements of sewage outlets, enterprises with wastewater discharges greater than 100 tons/day or CODcr emissions greater than 30 kg/day must install sewage outlet signs, open channels, flow meters and CODcr online monitoring devices. The 2008 version of the 'Water Pollution Prevention and Control Law of the People's Republic of China' during the period of key pollutant-discharging units basically inherited this provision, and made it clear that the list should be determined by the environmental protection department 'according to the environmental capacity of the administrative region, the requirements of the total discharge control indicators of key water pollutants and Factors such as the type, quantity, and concentration of water pollutants discharged by pollutant-discharging units shall be determined by relevant departments at the same level.' In 2017, the Ministry of Environmental Protection issued the 'Regulations on the List of Key Pollutant Discharging Units (Trial)' [2], which made new changes to the determination of the list. According to the detailed regulations, 'the annual discharge of one or several major pollutants in wastewater is greater than the screening discharge standard set by the environmental protection department of a city divided into districts', and the total amount shall not be less than 65% of the total industrial pollutant discharge in the administrative area. %. This is the main standard for key pollutant discharge units at present. The General Office of the Ministry of Environmental Protection issued the 'Notice on Accelerating the Automatic Monitoring of Key Pollutant Discharge Units in Key Industries and Key Areas' in 2017 [3], for steel, thermal power, cement, electrolytic aluminum, flat glass, papermaking, printing and dyeing, sewage treatment plants, nitrogen and phosphorus Key pollutant discharge units such as key discharge industries, chemical enterprises in the Yangtze River Economic Belt, and sewage treatment plants in chemical parks shall determine the content of the installation in accordance with the industry's pollutant discharge standards and installation technical requirements. The Office of the Ministry of Ecology and Environment issued the 'Notice on Strengthening the Automatic Monitoring and Construction of Key Pollutant Discharging Units' [4] in 2018, and key pollutant discharging units must complete the installation and networking before the end of 2018. For units that have issued a sewage discharge permit, install them according to the requirements of the permit, and other units install COD, ammonia nitrogen, flow, and pH parameters. Included in the 2018 'Notice on Strengthening the Prevention and Control of Nitrogen and Phosphorus Pollution from Stationary Pollution Sources' [5], industries such as fertilizer manufacturing and pesticide manufacturing, as well as enterprises in key industries with nitrogen and phosphorus emissions such as centralized sewage treatment facilities and large-scale livestock and poultry farms, must install Total nitrogen and total phosphorus monitoring. If conditions permit, heavy metal monitoring can also be installed.
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The Importance of pH Balance in Industrial Processes: An Online Ion Meter Perspective

For many industrial processes, pH balance is crucial to maintaining optimal performance. A pH imbalance can cause corrosion, leading to equipment failure and reduced efficiency. Maintaining a pH balance helps ensure that industrial processes perform at their best, and an online ion meter can help to monitor and maintain the pH balance.

Subheading 1: What is pH Balance?

pH is the measure of the hydrogen ion concentration in a solution. A pH scale ranges from 0 to 14, with 7 being neutral. Acids have a pH below 7, while bases have a pH above 7. Water is neutral and has a pH of 7. pH is an important factor in industrial processes because it can often indicate the presence of contaminants or chemical reactions that could cause problems with equipment or products.

Subheading 2: The Importance of pH for Industrial Processes

Maintaining a consistent pH balance is especially important in industries such as chemical processing, pharmaceuticals, and water treatment. For example, during the manufacturing of pharmaceuticals, pH can play a significant role in the production of certain drugs. If the pH is too low or too high, it can destroy the active ingredient or change the drug's intended effects. Similarly, water treatment plants must frequently monitor pH to ensure that the water is safe to consume.

Subheading 3: Challenges of Maintaining pH Balance

Maintaining a consistent pH balance can be challenging due to factors such as the type of process, the products used, and environmental changes. Additionally, manual pH monitoring can be time-consuming and may not provide real-time data about changes in the pH balance. An online ion meter can help overcome these challenges by providing real-time pH data and alerts when the pH balance starts to shift outside of acceptable ranges.

Subheading 4: Benefits of Using an Online Ion Meter

An online ion meter can provide significant benefits for maintaining a consistent pH balance. By continuously monitoring the pH balance, an online ion meter can provide real-time data and alerts when the pH balance starts to shift outside of acceptable ranges. This can help operators quickly identify and correct any issues, reducing downtime and preventing damage to equipment. Additionally, online ion meters can be programmed to automatically adjust the pH balance, reducing the need for manual intervention.

Subheading 5: Conclusion

In conclusion, pH balance is an essential factor in many industrial processes. Maintaining a consistent pH balance can help ensure optimal performance and prevent equipment failure. An online ion meter can be a valuable tool for monitoring and maintaining pH balance, providing real-time data and alerts when adjustments are needed. By using an online ion meter, operators can save time, reduce downtime, and improve the overall efficiency of their industrial processes.

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