EMISSION INVENTORY OF BLACK CARBON, OZONE PRECURSORS (CO, NO<SUB>X</SUB>, VOC SPESIES) AND QUANTIFYING OF OZONE FORMATION POTENTIAL (STUDY CASE : BANDUNG RAYA)

• Main Author: AMBARSARI, NOVITA
• Format: Theses
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/29734
• Institution: Institut Teknologi Bandung

<p align="justify">Air pollution is known is closely related to climate change due to changes in the <br /> <br /> composition of gases in the atmosphere, especially the role of greenhouse gases absorb and emit radiation energy. In addition to greenhouse gases, especially CO₂ which has a long life time in the atmosphere (Long Lived Greenhouse Gases, another climate forcers which has a short lifetime in the atmosphere and play a role in causing air pollution and disruption of human life which is referred to as Short Lived Climate Forcers (SLCFs). SLCFs main thing is methane, tropospheric ozone and black carbon, all three are known to have a short life span in the atmosphere but have a negative impact on human health, agriculture and ecosystems, and the third reduction in the atmosphere will limit the rate of increase in global temperature for two to four decades to come. This study aims to conduct an inventory of ozone precursor emissions include CO, NO_x, and VOC, and Black Carbon as the dominant SLCFs from some sectors of the domestic, industrial, and transportation in Bandung City and the surrounding areas using Geographic Information Systems (GIS). The results showed that the dominant sector contributing to the pollutant emissions in the city of Bandung is the transportation sector, household, and industrial. So also in the area around Bandung. Based on spatial analysis with GIS in mind that the southern part of the city of Bandung is the biggest emitter, while the area around Bandung which produce the largest emissions are Bandung City, Bandung regency, Cimahi, Subang and Purwakarta. Based on the calculation of the OFP known that ozone formation potential occurred in the city of Bandung due to particularly high emissions of VOC pollutants.<p align="justify">