Covers the fundamentals of electrochemistry, focusing on cell potential, current production, and the relationship between current and reactant conversion.
Covers the construction of pe-pH diagrams, the distribution of species, and the application of geochemical modeling in environmental engineering challenges.
Covers the solubility of metal hydroxides, redox reactions in aquatic systems, arsenic mobilization, water treatment, and the Nernst equation application.
Explores redox reactions in environmental contexts, covering measurement of potentials, aquatic systems, groundwater recharge, and water treatment processes.
Explores the electron transport chain and the crucial functions of coenzyme Q in cellular respiration, including the impact of inhibitors and practical applications.
Covers the mechanisms of iron oxidation and reduction in microbial environments, highlighting adaptations of acidophilic and neutrophilic iron oxidizers.
Explores heat treatments like pyrolysis and gasification for waste management, discussing incineration phases, residue production, and global alternative technologies.