Smart sewage treatment

At present, many sewage treatment stations still face many serious challenges in actual operation, such as aging infrastructure, resulting in low treatment efficiency and frequent equipment failures. Many sewage treatment stations were built early, and the equipment has been running for a long time without timely updates and maintenance. Key components are severely worn, which not only affects the treatment effect, but also increases maintenance costs and downtime.

The problem of high energy consumption is also particularly prominent, which greatly increases operating costs and places a heavy burden on enterprises and society. During the sewage treatment process, water pumps, fans and other equipment need to run continuously, consuming huge amounts of energy. Some old processing techniques and equipment have low energy efficiency, resulting in a large amount of waste of energy. At the same time, unstable operation often occurs, and the treatment effect is often not up to standard, seriously affecting the surrounding ecological environment and the quality of life of residents. Due to the lack of effective monitoring and control means, fluctuations in sewage flow and water quality can easily lead to imbalances in the treatment system, making it difficult for effluent water quality to stably meet standards, thereby causing pollution to receiving water bodies and threatening ecological balance and public health.

These challenges have seriously restricted the efficient operation and scientific management of sewage treatment facilities, and we urgently need to think deeply and actively solve them together.

Introduction to the digital management platform of smart sewage treatment system:

The smart sewage treatment system digital management platform is an Internet-based sewage treatment operation and maintenance management tool independently developed by Green Innovation Environment after fully considering the current operating status and the needs of reducing consumption and increasing efficiency. It is a combination of digital cutting-edge technology and sewage treatment operation and maintenance. In-depth integrated application of management technology.

Advantage:

Through the smart sewage treatment system digital management platform, users can log in to the platform with their assigned exclusive account and password for convenient access, and can freely use and manage it within the prescribed scope of authority. This platform can accurately present the operating status of the sewage treatment system to users in real time. Every detail from the incoming water quality, treatment process links to the effluent water quality is clearly visible. Users can not only fully grasp complete system information, but also gain in-depth insights into potential problems and optimization space through intelligent data analysis functions. Significantly improve the level of equipment automation management and operation and maintenance scheduling capabilities, thereby achieving more efficient and intelligent operation and maintenance management, and greatly improving the enterprise's operation and maintenance management level. For example, when equipment fails or operating parameters are abnormal, the system can automatically issue an alarm and quickly locate the fault point, providing maintenance personnel with accurate fault diagnosis information, greatly shortening maintenance time and reducing production interruptions caused by equipment failure.

Function:

At present, the platform mainly includes functional modules such as energy consumption overview, real-time monitoring, energy consumption analysis, data analysis, report query, report management, and alarm management, and supports customized functions according to the specific needs of customers.

The energy consumption overview module clearly displays the energy consumption distribution and trends of the entire processing system for users, helps users discover the peaks and troughs of energy consumption, and provides a basis for formulating energy-saving measures.

The real-time monitoring module is like installing a pair of "clairvoyance" for users, allowing them to understand the real-time conditions of the sewage treatment site anytime and anywhere. The energy consumption analysis module reveals the intrinsic relationship between energy consumption, processing technology, running time and other factors through in-depth mining of energy consumption data.

The data analysis module uses advanced algorithms and models to analyze a large amount of operating data, providing strong support for optimizing processing processes and management strategies.

The report query and report management module facilitates users to generate and review various forms of reports to meet different levels of management needs.

The alarm management module ensures that when an abnormal situation occurs, relevant personnel can be notified in time and emergency measures can be taken to avoid the problem from expanding.

In the construction of smart sewage treatment systems, preset management rules can be automatically executed based on incoming water load and operating conditions, and comprehensive optimization of the sewage treatment process can be achieved under ideal conditions. Through in-depth analysis of various parameters in the sewage treatment process, key parameters such as chemical dosage and aeration volume can be accurately optimized, significantly improving the efficiency and quality of sewage treatment.

For example, adjusting the type and dosage of chemicals in real time according to changes in incoming water quality can not only ensure the treatment effect, but also avoid the waste of chemicals. Through precise control of the aeration volume, microorganisms are ensured to grow and metabolize in a better environment and the removal efficiency of pollutants is improved. In addition, through a comprehensive analysis of energy consumption and resource utilization in the sewage treatment process, we can scientifically formulate energy conservation and emission reduction strategies and resource recycling plans to promote the development of the sewage treatment industry in a green and sustainable direction. For example, the residual pressure and waste heat can be used for energy recovery, and the treated gray water can be reused to reduce the use of fresh water.

In short, the smart sewage treatment system digital management platform has brought new opportunities and possibilities to the sewage treatment industry, helping to solve many current challenges and achieve efficient, energy-saving, environmentally friendly and sustainable development of sewage treatment.