news

Based on the concept of "soil remediation+intelligent management and control", Desen Environment has developed a 5G intelligent management and control platform suitable for the supervision of the whole construction process of pollution remediation projects, and applied it to our complete set of mobile soil leaching equipment. It has powerful data analysis and processing functions, and has the characteristics of high visibility, high accuracy and high convenience. It can be used in many

Compared with conventional municipal sewage treatment and air pollution control, soil remediation has higher complexity and concealment. Site investigation, risk assessment, remediation project and effect assessment focus on data. Especially in the main remediation project, it is necessary to not only count the basic data such as remediation quantity and drug use, but also take into account secondary pollution prevention and occupational health risk management. The data to be collected are widely distributed and deep. Therefore, aiming at the pollution control and remediation of urban redevelopment sites, it is urgent to develop and form a set of reproducible and popularized new model of soil remediation and digital application.

Based on the concept of "soil remediation+intelligent management and control", Desen Environment has developed a 5G intelligent management and control platform suitable for the supervision of the whole construction process of pollution remediation projects, and applied it to our complete set of mobile soil leaching equipment. The data acquired through the intelligent perception layer is safely, accurately and efficiently transmitted to the management layer, which has powerful data analysis and processing functions and features of high visibility, high accuracy and high convenience. Through the application of this platform, the errors in design and construction can be reduced, the construction efficiency can be improved, and the management cost can be reduced. Real-time data upload can be realized, information delay can be reduced, the source of the problem can be found as quickly as possible, and the risk can be dealt with in time to reduce the possibility of continuous expansion. For engineering applications, the platform can bridge the gap between data and control, establish a linkage mechanism, and realize "unmanned" office work. Break through the data island, improve the efficiency of data collection and processing, optimize the allocation of engineering human resources, and have outstanding performance in personnel safety control and secondary pollution prevention and control.