Contamination Control in High Purity Manufacturing 2016

Topics

• Develop familiarity with use of laboratory and in-line instruments to quantify contaminants
• Identify sources of chemical and particulate contamination, and their effects
• Comprehend the operating principles underlying surface cleaning methods, such as power ultrasound, megasonics, and dry methods such as CO2 snow
• Understand the fundamentals of contamination generation, transport, deposition and adhesion on exposed surfaces
• Quantify the contribution of these and other sources (such as consumables, chemicals, etc) to the overall contamination loading in a cleanroom environment
• Appreciate the basics of cleanroom and tooling design to minimize contamination
• Audit cleanroom processes for contamination sources, and document findings for appropriate corrective actions

Who should Attend

Engineers and managers in the areas of::

• Chemical integration
• Contamination control & cleaning
• Reliability Engineering
• Yield Improvement
• Process Development
• Failure Analysis
• Product Development
• Process Engineering
• Quality Control & Optimization
• Product Engineering
• Analysis & metrology
• Process Control
• Audits & education