Modeling Environmental Transport Processes

Understanding how substances, energy, and pollutants move and interact within natural systems is crucial for effective environmental protection, remediation, and engineering design. This course provides a solid theoretical foundation in environmental transport phenomena, enabling you to set up and solve basic mass balance problems in various environmental media, from rivers and groundwater to the atmosphere. What you'll learn: * Understand the core concepts of mass balance and control volume analysis in environmental systems. * Master the governing equations for advection, diffusion, and dispersion in one and two dimensions. * Apply reaction kinetics principles to model contaminant decay and transformation in water and air. * Practice solving steady-state and transient transport problems using analytical methods. * Configure basic numerical approaches for simulating complex environmental fate and transport scenarios. We begin by defining fundamental physical processes and conservation laws. We then progress to detailed derivations and practical applications of the governing transport equations, concluding with methods for modeling real-world environmental fate. This course is designed for absolute beginners interested in environmental science, civil engineering, or hydrology, requiring no prior knowledge of transport modeling. Start building your expertise in crucial environmental modeling today.