Carbonate system and alkalinity: Equilibrium and Applications

Related lectures (32)

Explores acids, bases, pH scale, equilibria, and solution calculations in aqueous systems.

Explores Brønsted-Lowry theory, water dissociation, pH calculation, and acid-base equilibrium constants.

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

Covers the dissociation of molecules to determine if they are acids or bases and how to calculate pH levels.

Explores chemical equilibria, acid-base reactions, equilibrium constants, and closed versus open systems in water biogeochemistry.

Explores buffer solutions, their equilibrium, Henderson-Hasselbalch equation, polyprotic acids, and solubility equilibria in chemistry.

Explains acid-base titrations, including standard solutions, equivalence point, indicators, and distribution diagrams.

Explains the calculation of acid dissociation constant (Ka) and its implications on acid-base equilibria.

Explores water quality modelling, focusing on carbonate chemistry reactions and the use of PHREEQC software for water softening simulations.

Introduces the fundamentals of environmental chemistry, focusing on natural aquatic systems, organic contaminants, and their environmental impact.

Explores the chemical equilibria of mountain dissolution and the importance of equilibrium constants in regulating species concentration.

Explores acid-base equilibrium, equilibrium constants, buffer solutions, pH calculations, and titrations.

Page 2 of 2