Programs

Course Outlines:

• Introduction & Regulatory Background
• Basic Water Chemistry Concepts
• Water Systems Microbial Considerations
• Feed Water Characterization
• Basic System Review
• Pretreatment Systems
• Reverse Osmosis Theory and Design
• Deionization Processes
• Processes: UV, MVD, UF & MF
• Distillation
• Purified Water Systems
• Water for Injection Systems
• Non-compendial System Design
• Water for Laboratory Use
• Pharmaceutical Steam
• Review Exam

Course Outcomes:

• Differentiate regulatory requirements from regulatory myths relative to water treatment systems
• Apply the fundamentals of basic water chemistry
• Identify detailed unit process performance characteristics and design parameters
• Understand fundamental water quality requirements and the difference between compendial, non-compendial and laboratory  water systems
• Define the fundamentals of various generation system alternatives
• Ability to defend and critique design, operation and maintenance practices with the ability to identify issues and troubleshoot component