Intelligent monitoring system for environmental influence of coal gasification slag based on cloud computing and use method of intelligent monitoring system

Abstract

The invention discloses an intelligent monitoring system for the environmental influence of coal gasification slag based on cloud computing and a use method thereof. The system comprises a first power supply module, a second power supply module, a third power supply module, a fourth power supply module, an environmental image acquisition module, an environmental parameter acquisition module, an internal data acquisition module, a data collection and uploading system module and a cloud platform. The first power supply module, the second power supply module, the third power supply module and the fourth power supply module respectively supply power to the environment image acquisition module, the environment parameter acquisition module, the internal data acquisition module and the data collection and uploading system module; and the data collection and uploading system module is connected with the cloud platform. According to the system, the scientificity of analyzing the modification process of the coal gasification slag by researchers is improved; 24-hour uninterrupted data collection and data uploading are realized, long-term stable operation of the system is also ensured, the working efficiency is greatly improved, and meanwhile, energy waste and investment of manpower and material resources are greatly reduced.

Description

technical field [0001] The invention belongs to the field of environmental monitoring, and in particular relates to a cloud computing-based intelligent monitoring system for the environmental impact of coal gasification slag and a method for using the same. Background technique [0002] With the large-scale promotion of coal chemical technology, the residual waste in the process of coal gasification needs to flow directly out of the slag outlet, and after cooling, solid residue is formed, and its quantity is increasing, causing serious environmental pollution and waste of land resources. It will adversely affect the sustainable development of coal gasification enterprises. Although coal gasification slag will be gradually improved in the natural environment, its performance is getting closer and closer to natural soil, so that it will no longer pollute the surrounding soil, crops and environment. For example, the use of plant cultivation methods is an important means of impr...

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Problems solved by technology

However, due to different reasons such as insufficient development of information technology and limited knowledge structure of relevant researchers, the above methods also have obvious shortcomings, as follows: ①Manual testing methods can only obtain a few discrete data points, and cannot obtain a large amount of data. The environmental impact assessment is extremely unfavorable for the analysis of the performance improvement of coal gasification slag; more importantly, the improvement of coal gasification slag in the natural environment cannot be obtained

②Even if the equipment can be used to store monitoring data, the monitoring data cannot be viewed anytime and anywhere, and the amount of data monitored inside or around the coal gasification slag is very small, which cannot fully explain the performance improvement of the coal gasification slag

③Researchers use monitoring and storage equipment to obtain data, and can only conduct reference analysis based on the weather conditions in historical weather forecasts during the analysis of historical monitoring data. The antenna information near the coal gasification slag field

④ Even if all current monitoring equipment can obtain data, they still store the data inside the equipment. When the equipment is damaged in an extreme situation, the historical data stored inside the equipment will disappear, and all previous efforts will be wasted

⑤At present, all kinds of monitoring equipment are basically powered by batteries to obtain mains power supply for internal experiments in the laboratory. Although battery-powered equipment can operate in the field, it needs to be manually replaced frequently to ensure the continuous operation of the system

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