Courses

• Faraday’s Law and Corrosion Rates

• The Galvanic Series and Electrode Potentials

• Oxygen Corrosion in Pipeline Systems

• H₂S (Sour) Corrosion: Mechanisms and Effects

• Oxidation and Reduction Reactions in Corrosion

• The Electrochemical Cell: Anodes, Cathodes, Electrolytes

• Atoms, Ions, and Bonding: The Chemistry Behind Corrosion

• Fall Protection and Scaffolding Safety in Coating Work

• Respiratory Protection for Coating Environments

• Hazardous Materials in Coatings: SDS Sheets and Chemical Safety

• Confined Space Entry for Coating Work

• Safety in Coating Operations: PPE and Hazard Recognition

• CO₂ (Sweet) Corrosion: Chemistry, Drivers, and Field Signatures

• Corrosion Chemistry in Pipeline Fluids

• Introduction to Internal Corrosion: Types and Consequences

• Transformers: Step-Up, Step-Down, and CP Rectifiers

• Electromagnetism: Fields and Field Coupling

• Power and Energy in Electrical Circuits

• AC vs. DC Electricity: Characteristics and Differences

• Voltage, Current, and Resistance in DC Systems