New Development of Mathematical and Statistical Model for Predicting AQI in Urban Areas by Using Traffic and Meteorological Data: Mathematical and Statistical Model for Predicting AQI in Domestic Areas

Abstract

The present invention introduces an innovative air pollution control system to combat air quality degradation in urban and industrial environments. The system integrates advanced technologies, including vacuum pumps, electrostatic precipitators (ESP), multi-layered air filters, and a chimney system, to efficiently extract, purify and release air back into the environment. Central to the system is a vacuum pump that creates a partial vacuum, drawing in polluted air. The air then undergoes purification in the electrostatic precipitator (ESP), where matter particles are removed through corona discharge technology with exceptional efficiency (>99%). Consequent purification using many layers of air filters guarantees that airborne particles and contaminants are removed. The chimney system improves airflow, hence increasing air extraction and purifying efficiency. This all-inclusive approach to air pollution control provides a scalable solution that can be applied in a variety of contexts, thereby improving air quality and increasing environmental sustainability. The system's novel design and integration of crucial components offer a viable solution for reducing air pollution and improving public health.