Session Tracks

This session will explore the chemical processes that occur when plastic-derived emissions interact with atmospheric components. Emphasis will be placed on understanding the transformation pathways and their implications for air quality.

This track will focus on the characterization and quantification of microplastics in the atmosphere. Researchers will discuss their sources, distribution, and potential impacts on human health and ecosystems.

This session aims to delve into the methodologies for analyzing aerosols that contain plastic-derived emissions. Participants will share innovative techniques for assessing aerosol composition and its environmental implications.

This track will address the strategies and technologies used for monitoring plastic-derived emissions in various environments. Discussions will include case studies and the effectiveness of current monitoring frameworks.

This session will examine the dynamics of pollutants derived from plastics, focusing on their chemical fate in the atmosphere. Researchers will present findings on how these pollutants behave over time and their long-range transport.

This track will cover methodologies for assessing emissions from plastic products and their subsequent impact on air quality. Participants will discuss emission factors and regulatory implications.

This session will investigate the pathways through which plastic-derived emissions contribute to atmospheric contamination. Emphasis will be placed on identifying sources and sinks of these pollutants.

This track will focus on the development of chemical tracking methods for microplastics found in the atmosphere. Researchers will discuss advancements in analytical techniques and their applications in environmental studies.

This session will explore the direct and indirect effects of plastic-derived emissions on air quality. Participants will present research linking plastic pollution to changes in atmospheric composition and public health.

This track will highlight innovative approaches in environmental chemistry aimed at understanding and mitigating plastic pollution. Discussions will include new materials, degradation pathways, and remediation strategies.

This session will promote interdisciplinary collaboration in studying the atmospheric chemistry of plastic-derived emissions. Experts from various fields will share insights on integrating chemical, biological, and environmental perspectives.