Solid-Water Partitioning: Multiphase Distribution

Related lectures (30)

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Explores organic matter transformation in soil, including humification and decomposition processes.

Explores chemical equilibrium, solubility, and reactivity of organic compounds in various environments.

Covers partitioning equilibrium, sorption isotherms, and the role of natural organic matter in environmental chemistry.

Explores partitioning equilibrium theory and its practical applications in environmental chemistry.

Delves into the consequences of anoxia in various aquatic systems and the role of redox processes in biogeochemical cycles.

Explores Kow for hydrophobic compounds and their partitioning into nonpolar liquids and solids, considering temperature and salinity effects.

Covers the ReCLEAN Joint Initiative's first in-person meeting, focusing on reactive nitrogen's environmental impact and future collaborative efforts.

Explores air-liquid partitioning principles and properties of organic compounds in different conditions.

Covers the Extended Monod growth model and its application in biodegradation kinetics.

Explains the laboratory process of particle size analysis using hydrogen peroxide.