Wastewater treatment is one of the country's emerging strategy of the industry, as an important part of the environmental protection industry, the industry involved in a wide range of prospects can be said to be the sunrise industry. It is widely used in medical and agricultural, municipal construction, energy and petrochemical, transportation and catering and other fields.
Sewage treatment has gradually shifted from crude to intensive, and the market suitable for distributed sewage treatment technology has not yet been fully developed, and the focus of sewage treatment has gradually shifted from centralized to distributed, which is conducive to the improvement of the national sewage treatment rate.
The 19th Party Congress report pointed out that the construction of ecological civilization is the millennium plan for the sustainable development of the Chinese nation, guided by a series of ideas and concepts of ecological civilization, China's water pollution prevention and control and water resources protection of the strategic position of the continuous improvement. In recent years, the successive introduction of a number of policies to increase support for environmental protection governance, and through financial support, tax incentives and other ways to encourage domestic enterprises to independently research and development of internationally advanced level, with independent intellectual property rights of the sewage treatment technology; and to further increase the total amount of investment in environmental protection, and to improve the construction and operation of wastewater treatment works of the market, standardization and modernization of the level.
National policy support will be the basis for the sustainable and healthy development of the water pollution control industry. In recent years, the number of sewage treatment plants continue to expand, in the face of improving the efficiency of sewage treatment, control the operation of sewage treatment plants regulatory issues have become a top priority.
Currently, the sewage treatment plant can be ?GIS, BIM, big data and other convergence technologies, combined efforts to break through the data silos, to achieve a comprehensive sense of rows of supply pipeline network operating conditions, consolidate the water construction of the whole life cycle management. Not only to meet the water distribution, water purification, water transmission and process, facilities of the entire process of digital intelligence, but also effectively avoid the emergence of secondary pollution problems in urban water supply, energy saving and consumption reduction, to protect the safety of urban water as well as sewage management of the precise operation. Improve the water fine operation, centralized control, data transparency, Hightopo build intelligent water. Wastewater treatment visualization plate, around the monitoring of sewage discharge area, facility operation assessment and component parameter analysis (COD, ammonia nitrogen, HP, total phosphorus) and other facilities of the operation of the situation, plant and network synergistic analysis and visualization charts and graphs show for the whole network of sewage traceability and monitoring, auxiliary decision-making, emergency response to provide the basis of assistance.
When a sewage leakage accident occurs, the system will quickly track and locate the relevant departments and automatically alert them according to the emergency plan process, and initiate collaborative scheduling and command across departments, businesses and levels. The system also allows users to accurately recognize the entire process of sewage disposal and to deepen sewage treatment efforts while ensuring that sewage treatment meets discharge standards.
In terms of water treatment, in order to strengthen the daily linkage supervision, inspection and care for the critical path system, precise coverage of key regional targets, to ensure the overall stable operation of the whole plant equipment, processes, processes, so that the water treatment in the quality of decision-making and efficiency to achieve significant improvements. Provide historical data retrospective query, trace back and track a particular event in a specific time period, linkage ?HT video fusion technology, 2D video image fusion to the scene of the 3D model, to provide users with intuitive video images and view control, as in immersive view of the scene.
The 2D rendering model visualizes equipment such as mud valves, sumps, valves, pipelines, and other production-related structures, with key instrument readings superimposed on the corresponding areas, and different colors to differentiate the operation of each pipeline. In order to ensure that the pool level of water is sufficient and does not overflow, the system can be based on the monitoring of the pool level of the water plant, linked to the remote control of the pump valve start and stop and the pumping station operating frequency, to achieve automatic control of the pump and constant pressure water supply.