Publication Details
Abstract
This thesis presents the integration of a modern smart filter system into a cyclone separator, enhancing the efficiency of fine particle removal. Smart filters possess capabilities such as real-time detection of airborne particles, self-diagnostics, and automated assessment of cleaning conditions. Moreover, the system is integrated with a SCADA (Supervisory Control and Data Acquisition) automated control system, which enables continuous monitoring of air quality parameters, data collection, storage, and analysis, as well as remote management. Through SCADA, environmental conditions are monitored in real time, with automatic alerts and control signals generated when necessary. This integrated approach plays a crucial role in ensuring environmental safety at industrial enterprises, promoting the rational use of resources, improving the efficiency of technological processes, and safeguarding human health. The proposed integration method has been tested in practice and has demonstrated positive results.