Sistema de monitoreo inalámbrico de factores químicos para la evaluación de la contaminación del aire en la parroquia Santa Rosa

Abstract

The wireless monitoring system for chemical factors in assessing air pollution in the parish of Santa Rosa provides an effective and versatile solution for evaluating air quality. The implementation of specialized sensors has enabled precise measurements of chemical factors, constructing a robust and scalable real-time monitoring system. The wireless network infrastructure has facilitated efficient data transmission from the sensors to a control center, optimizing node mobility. The adoption of LoRa technology, along with the ESP32 microcontroller, has proven successful, providing reliable and efficient connectivity over long distances, even in urban environments. The deployment of a cloud server has optimized data storage and accessibility, facilitating analysis and decision-making. The protocol security and low-energy consumption approach have significantly contributed to the integrity and operational autonomy of the system. The scalability of the project lays the foundation for future gradual expansion, adapting to different environments and changing needs. The statistical analysis of the system aims to retrieve and process data using Minitab software to analyze information from sensors, identifying patterns and meaningful relationships. This statistical approach has contributed to a deeper understanding of pollution patterns and supports informed decision-making to improve air quality in the Santa Rosa parish.