A course designed to guide solving problems in colloids, dispersions, suspensions and dispersions applicable to cosmetics, pharmaceuticals, food, adhesives, personal-care products, advanced coatings and other applications where advanced understanding of multi-phase liquids and structures is required. Emulsions and suspensions play a central role in modern engineering applications. These materials have boundaries and interactions leading to stability issues. They also require advanced characterization and formulation concepts. Topics covered:
Many industries fall directly under federal, state or city regulations designed to protect society. Industrial laws are embodies in the Code of Federal Regulations (CFR). Regulatory authorities include the Food and Drug Administration (FDA), the United States Department of Agriculture (USDA), the Environmental Protection Agency (EPA), the Bureau of Alcohol, Tobacco and Firearms (BATF), and the Department of Homeland Security. Many more companies are finding advantages to the improved quality driven by these agencies, leading to an array of quality management systems, including Six Sigma®, total quality management (TQM), and good manufacturing or laboratory practices (GXP). This course is designed to provide a survey of factors pertaining to regulated and other quality-driven industries. Topics covered:
A course designed to guide solving problems in complex flows applicable to cosmetics, pharmaceuticals, food, adhesives, personal-care products, advanced coatings and other applications where advanced understanding of multi-phase liquids and structures is required. Topics covered:
A course to guide design of multi-phase processing systems applicable to cosmetics, pharmaceuticals, food, adhesives, personal-care products, advanced coatings and other applications where advanced understanding of multi-phase liquids and structures is required. This course meets the needs of modern industries with complex flow problems requiring attention to unstable, multi-phase and mixed flows with consequently difficult pumping, mixing and homogenization, as well as advanced finishing techniques including atomization and drying. Topics covered: