The design tackles the pressing problem of air pollution in Jakarta, which possesses one of the poorest air quality indexes worldwide, predominantly attributed to vehicular emissions. This novel method incorporates carbon capture technology at bus stops—strategic sites significantly subjected to pollution. The systemso EnviroWind, utilises a hybrid electrostatic filter system (HEFS) that integrates an electrostatic precipitator (ESP) with a fibre filter, improving filtration efficiency while reducing pressure drops. The HEFS gathers particulate matter (PM2.5 and PM10), volatile organic compounds (VOCs), and additional detrimental contaminants. This will significantly improve air quality in densely populated urban areas. EnviroWind utilises renewable energy sources, like solar panels and wind turbines, to purify air and enhance sustainable urban infrastructure. The initiative seeks to diminish dangerous pollutants by up to 80%, thus enhancing public health and decreasing the prevalence of respiratory ailments, cardiovascular conditions, and other health difficulties associated with pollution among the populace. The bus stops feature a multipurpose design that incorporates charging facilities for electric automobiles and bicycle racks, so encouraging environmentally sustainable transportation alternatives. The expected impact beyond health advantages; it promotes community involvement and knowledge of air quality concerns, motivating citizens to embrace sustainable behaviours. This project delineates the design, operation, and anticipated effects of the EnviroWind system, highlighting its significance in cultivating healthier urban environments and advancing sustainable practices in urban infrastructure.