This track focuses on the sources, types, and impacts of organic pollutants in various environmental compartments. Discussions will include the fate of these pollutants and their implications for ecosystems and human health.

This session will explore the chemical transformations of organic compounds in environmental matrices. Emphasis will be placed on the kinetics and mechanisms of these transformations under varying environmental conditions.

This track will delve into the sorption processes involving both organic matter and inorganic surfaces. The interactions and partitioning behavior of organic compounds in different phases will be critically examined.

This session will cover the thermodynamic principles governing the behavior of organic compounds in environmental contexts. Topics will include activity coefficients, solubility in water, and partitioning phenomena.

This track will investigate the biological processes that lead to the transformation of organic chemicals in the environment. The role of microorganisms and enzymatic reactions in degrading pollutants will be highlighted.

This session will focus on the application of nanotechnology for the remediation and monitoring of organic pollutants. Discussions will include the design and efficacy of nanomaterials in environmental settings.

This track will explore the intersection of organic chemistry and sustainable development practices. Emphasis will be placed on green chemistry approaches to minimize environmental impact.

This session will address the regulatory frameworks governing the use and disposal of organic chemicals in the environment. The effectiveness of these regulations in mitigating pollution will be critically evaluated.

This track will examine the partitioning behavior of organic acids and bases, focusing on their acidity constants and environmental implications. The influence of pH and other factors on their distribution will be discussed.

This session will investigate the partitioning dynamics between air and water phases for various organic compounds. The implications of these processes for atmospheric chemistry and aquatic systems will be highlighted.

This track will focus on the role of industrial organic chemistry in environmental pollution. Discussions will include the lifecycle of industrial chemicals and strategies for reducing their environmental footprint.