Continuing Education – Evening Lecture
Estimating Physical Properties
Presenter: Dr. Kevin G. Joback, President
Molecular Knowledge Systems (MKS),
Tuesday, September 3, 2019
5:15pm-5:30pm – Networking
5:30pm-6:30pm – Dinner & Presentation
6:30pm-6:45pm – Q&A Session & Closing Remarks
PDH Credit: 1 credit
242 Chapman Road
Newark, DE 19702
$35 Non-members & Guests
$15 KBR Employees
$15 WEBEX option
Dinner will be provided with registration for live attendance. Webex information will be provided one day in advance.
Physical properties are essential to the analysis and design of chemical processes and chemical products. However, you often cannot find properties for the specific chemicals, temperatures, pressures and compositions you are working with. Physical property estimation techniques may be able to provide values for these missing properties. This course will provide you with an understanding of how to use estimation techniques and, more importantly, how to avoid problems when estimating physical properties.
- Importance of molecular structure: atoms, bonding, isomers, stereochemistry, rings
- Physical properties: temperature, pressure, composition dependence
- Physical property diagrams: pressure-volume-temperature, vapor-liquid equilibria, solid-liquid equilibria, liquid-liquid equilibria
- Property estimation methods: parameter models, equation oriented techniques, group contributions, connectivity indices
- Estimating constant properties: boiling point, critical properties, enthalpies of transition
- Estimating temperature dependent properties: heat capacity, vapor pressure, viscosity
- Equations of state: pure components and mixtures
- Activity coefficient models: van Laar, Wilson, NRTL and UNIFAC
Phase equilibrium calculations: vapor-liquid, liquid-liquid, solid-liquid
Estimating safety properties: heat of formation, flash point, flammability limits
- Estimating environmental properties: aquatic toxicity, Henry’s law constants
- Estimating additional properties: polymers, multiphase systems, foods and cosmetics
Kevin G. Joback is president of Molecular Knowledge Systems (MKS). For more than 25 years he has worked in the areas of physical property estimation and chemical product design developing several group contribution estimation techniques now widely used in industry and designing chemical products such as environmentally friendly cleaning and separation solvents, new lubricants, enhanced thermal storage materials, improved jet and rocket fuels, CO2 absorption solvents, and non-hazardous aircraft deicing fluids. He holds a BS from Stevens Institute of Technology and a Masters and PhD from MIT, all in chemical engineering.
Please register no later than Monday September 2, 2019 at 5:00 PM. Cancellation requests received by the registration deadline will be fully refunded.
Should you have any further questions, please do not hesitate to reach out to Cynthia Tarun at firstname.lastname@example.org 832-341-4960 (Mobile).