Regional water environment intelligent management and control system based on big data analysis strategy

Abstract

The invention relates to a regional water environment intelligent management and control system based on a big data analysis strategy. The system comprises a big data analysis module, comprehensive GIS map module, the system comprises a distributed integrated sewage treatment facility module, a village and town center sewage treatment plant module, a water ecological treatment facility module, a surface water environment quality module, an operation strategy module, an expert diagnosis module, and a comprehensive management module, a production report module, a production monitoring module anda work order circulation module which serve user system management. A remote intelligent management mode is adopted. According to the invention, distributed sewage treatment facilities and water ecological purification facilities in one area can be remotely and intelligently controlled; meanwhile, the purification facilities and the real-time surface water quality of the area are operated in an associated mode, efficient and stable operation of the purification facilities in the area is supported through an operation strategy formed through several-year big data accumulation analysis and an expert diagnosis platform, prediction is conducted in time, and risk management and control are achieved.

Description

technical field [0001] The invention relates to the technical field of sewage treatment management, in particular to a regional water environment intelligent management and control system based on a big data analysis strategy. Background technique [0002] In recent years, the Chinese government and society have attached great importance to the protection of surface water environmental quality. Through continuous construction, renovation, and expansion of existing large and medium-sized sewage treatment plants, the standards and discharge indicators of sewage treatment have been rapidly improved to further protect surface water systems. water quality. In addition to large and medium-sized centralized sewage treatment plants, local governments have also built a large number of small decentralized sewage treatment facilities, sewage treatment plants and water ecological treatment facilities to further enhance the sewage treatment capacity of vast market towns and rural areas a...

AI Technical Summary

Problems solved by technology

[0003] However, compared with large and medium-sized centralized sewage treatment plants with complete automation control and professional operation teams, decentralized sewage treatment facilities, sewage treatment plants and water ecological treatment facilities distributed in vast market towns and rural areas lack professional operation and maintenance management With team and automated supervision methods, there is a large flow of operation and maintenance personnel, it is difficult to form a stable system, and the stable operation of facilities is often very difficult

Secondly, the cost of operation and maintenance personnel for decentralized sewage treatment facilities, sewage treatment plants and water ecological treatment facilities accounts for a large proportion of operating costs, and fine management relying on human input is often too expensive to achieve

In addition, due to the scattered distribution in a vast area, the operation status and water quality data collection of these facilities will cost a lot if the manual mode is used, it is difficult to form a systematic big data analysis, and it cannot provide usable strategic support for the operation of the facilities

These problems have caused the existing decent

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