Environmental Transport Processes: Fundamentals and Problem Solving

Understanding how pollutants and substances move through air, water, and soil is critical for solving modern environmental challenges. This course guides you through the foundational physics and mathematics of environmental transport processes, equipping you with the analytical skills to predict contaminant pathways. What you will learn: 1. Understand the core mechanisms of mass transfer, including molecular diffusion, advection, and turbulent dispersion. 2. Apply mass balance equations to model contaminant transport in rivers, lakes, and the atmosphere. 3. Solve analytical transport equations to predict concentration profiles over time and space. 4. Analyze boundary conditions and mixing zone characteristics in natural water bodies. 5. Explore modern computational modeling concepts used to simulate complex environmental flows. 6. Practice solving structured engineering problems designed to build real-world analytical confidence. You will start with fundamental fluid mechanics and mass transfer definitions before progressing to transport models and practical problem-solving scenarios. Designed for beginners in engineering and environmental science, this course requires only basic calculus and physics. Start reading today to master the transport mechanics that shape our natural environment.