Sewage treatment industry development

2, online real-time monitoring: According to the production process, the system will be a variety of equipment real-time operating status, real-time energy consumption and other operating status of the graphical real-time monitoring, abnormal process in the production process real-time alarm and issue emergency plan prompts. The post-alarm processing situation and results can also be stored as a knowledge base, and you can also write your own alarm plan to continuously improve the efficiency of fault handling. And with the passage of time, the improvement of experience continues to strengthen the ability of the system to automatically deal with various problems. It greatly reduces the risk of uncertainty brought about by the technical manpower to provide the contingency plan for such problems in the past. Thus, the stability of production and operation is greatly enhanced.

3, optimized scheduling, energy saving and consumption reduction: for the key units of energy consumption in production operation (pump room, aeration pool, dosing system, etc.), provide expert optimal scheduling schemes. Improve the processing efficiency, the system to achieve energy saving and consumption reduction.

4, equipment (spare parts) management: equipment and spare parts and other assets to achieve comprehensive maintenance, maintenance, inventory management, to track and record the process of asset changes. Provide a complete variety of reports. Equipment (instrument) maintenance process, equipment (instrument) maintenance plan, equipment lubrication plan and other fully automated management, when the reminder. It realizes the scientific, standardized and information management of the production equipment, prolongs the service life of the equipment and improves the use efficiency of the equipment.

5. Statistical analysis function: The system provides a variety of intelligent analysis tools, which can carry out statistics, comparison and analysis on various stages, periods and various types of production operation data, and present them in the form of intuitive charts, such as comprehensive analysis of historical production data, comparative analysis of important indicators and parameters. Provide strong support to assist managers in decision making.

6, flexible and efficient report system: The system can automatically collect, automatically generate statistical analysis reports, and submit preset process data. At the same time, the production report submission process can be customized according to user requirements, and the data report can be exported in any format at any time according to user rights, providing first-hand information for management decisions at any time, greatly alleviating human labor and reducing enterprise labor costs.

7, auxiliary analysis: Through the embedded energy metering management module and production planning module can automatically analyze and compare the direct cost of production operation and comprehensive cost, and help managers to find out the production management plan that can realize the optimization of benefits. And according to the algorithm model provided by the user, a variety of intelligent auxiliary analysis tools can be customized at any time and combined with the system.

3. Problems solved for the Water Group

1. Establish an enterprise portal to solve the problem of disjointed enterprise information transmission and "information island".

2, realize the professional, standardized and standardized information management mode of sewage treatment enterprises, and improve the market competitiveness of enterprises.

3. Establish enterprise dynamic decision support system to realize professional and scientific management decision.

4. Establish enterprise workflow platform, standardize and standardize workflow, improve management level, and realize effective supervision.

5. Improve the enterprise plan library and knowledge base, improve the knowledge level and quality of personnel, and ensure safe and efficient production.

6. Establish an intelligent sewage treatment process simulation model to achieve optimal production scheduling, save energy consumption and reduce costs.

Future development trend：

In the past few years, the industrial capacity of the sewage treatment industry has undergone qualitative changes, which are mainly caused by two aspects, one is the rapid increase in the number of sewage treatment plants, and the other is the rapid increase in the overall treatment capacity. There are more than 3,000 sewage treatment plants, and the standard amount of industrial wastewater discharge was 54 billion tons in 2011, and will exceed 76 billion tons in 2012. The change of quantity also causes the change of quality to some extent.

By studying the development process, technical standards, governance level and regulatory system of urban water in the United States and other developed countries, it can be found that although China has a large-scale sewage treatment capacity, it is only reflected in the quantity, and there is still a large room for improvement in the quality of the level of governance. For example, membrane treatment technology in sewage treatment, sludge treatment, recycled water utilization, etc. If China wants to catch up with the gap with other developed countries in quality, it needs to increase investment in the supervision mechanism, investment and financing mechanism of sewage treatment and the industrial chain of all links, so as to improve the overall level of urban sewage treatment and effectively control water pollution.