Browsing by Author "Ashraf, Aisha"

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    Platform Independent Model of Air Pollution Controlling System in Industrial Area
    (October University for Modern Sciences and Arts, 2024) Ashraf, Aisha; Gamal, Mohamed
    Project Overview The Air Pollution Controlling System (APCS) is designed to confront the pressing global challenge of air pollution and its consequential contribution to climate change by regulating and controlling continuous industrial air emissions. This system operates by identifying and addressing harmful pollutants originating from industrial plants. Although it does not guarantee complete eradication, the APCS significantly reduces these pollutants through a cooperative blend of functionalities. Utilising modern Internet of Things (IoT) technology alongside advanced sensors such as stack monitoring sensor, emission analyzer sensor, volatile organic compound sensor, effluent analyzer sensor, and scrubber system, the APCS acquires and inspects data pertaining to pollutant types, emission levels, wastewater composition, and organic chemicals. The capability for continuous emission monitoring provides real-time insights into industrial emissions. Moreover, an external Short Message Service (SMS) alert system triggers the APCS to intervene and minimise harmful pollutants upon detection of elevated emission levels. The data gathered by the microcontroller is meticulously processed into comprehensive reports and presented on a web application accessible to both internal stakeholders and external observers, thereby ensuring transparency and enabling continuous monitoring. In essence, the APCS assumes a pivotal role in curtailing industrial emissions and mitigating their adverse environmental repercussions.