Intelligent managing method of water environment

Abstract

The invention relates to an intelligent managing method of a water environment, which is used for realizing whole ship and vehicle intelligent scheduling of fishing, conveying and treating processes of blue-green algae. The intelligent managing method comprises the following steps of: after the blue-green algae is broken out, automatically scheduling a certain number of blue-green algae fishing ships to move to a break-out area to clean and fish the blue-green algae on the surface of a lake, simultaneously scheduling the blue-green algae conveying ships and conveying vehicles to convey the fished blue-green algae to a blue-green algae separation factory; and also scheduling algae mud conveying vehicles to convey algae mud after separation treatment to a resource reutilization base. According to the intelligent managing method of the water environment, disclosed by the invention, intelligent, real-time and low-cost ship and vehicle scheduling is realized by taking blue-green algae fishing time reduction, ship and vehicle response speed increasing and blue-green algae whole-range treatment reduction as purposes according to operation states and conveyance capabilities of each ship and each vehicle and operation states and treatment capabilities of the separation factory and the resource reutilization base.

Description

technical field [0001] The invention relates to the technical field of water environment protection, in particular to an intelligent water environment management method. Background technique [0002] The current technological process of blue-green algae treatment is as follows: (1) The department organizes relevant salvage fleets to salvage blue-green algae in designated areas. (2) The ship transports the cyanobacteria to the designated processing station and temporarily places them in the buffer pool. If the buffer pool cannot be placed, the fleet is in a waiting state. (3) Cyanobacteria enter the pretreatment pool for concentration monitoring to ensure the efficient development of subsequent processes. (4) Carry out secondary algal water separation. (5) Carry out dehydration treatment. (6) The algae mud is transported to the resource utilization base for secondary utilization. [0003] The basic problems in the above-mentioned technological process are: (1) There are p...

AI Technical Summary

Problems solved by technology

[0003] The basic problems in the above-mentioned technological process are: (1) There are problems in communication and coordination between the fleet, transport vehicles and algae-water separation station, which leads to poor information flow and sometimes seriously affects the overall operational efficiency

(2) The degree of automation of some process equipment is relatively low, relying on manual experience to make judgments, there is still room for efficiency improvement

(3) There is no unified command center, and information islands exist between processing stations

(4) The forecast and information reporting mechanism for cyanobacteria on the lake surface has not been established, and the situation is not smooth.

(5) The total access is not controlled, that is, there is no better way to control the operation of the fleet, and there is no way to control the operation of transport vehicles

(6) The efficiency and use of blue-green algae reuse have not been carefully counted, and there is a lack of guiding first-hand data for the future development of the blue-green algae treatment industry chain

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