Environmental Transport Processes: Solving Pollutant Transport Problems

Understanding how pollutants migrate through our air, water, and soil is critical for solving modern environmental challenges. This course provides a structured, step-by-step guide to the fundamental physics and mathematics behind environmental transport processes. You will transition from understanding basic fluid mechanics to confidently analyzing transport scenarios, using analytical methods to predict pollutant concentrations and design environmental mitigation strategies. What you'll learn: - Understand the fundamental mechanisms of advection, diffusion, and dispersion in natural systems. - Apply mass balance equations to model pollutant concentrations in lakes, rivers, and aquifers. - Analyze boundary conditions and solve classic transport equations step-by-step. - Evaluate shear flow and turbulent mixing processes in environmental fluid mechanics. - Model modern contaminant transport scenarios using simplified computational frameworks and numerical approximations. The course starts with essential terminology and the foundational physics of fluids before guiding you through practical, written problem sets that simulate real-world environmental engineering challenges. This course is designed for aspiring environmental engineers, students, and professionals looking for a solid, text-based introduction to transport phenomena with no prior advanced engineering experience required. Start reading today to master the mechanics of environmental transport and build your analytical problem-solving skills.