Chemical Reaction Engineering
Ligno-cellulosic feed is expected to contribute significantly to production of liquefied combustibles in the future, because of the quantity and the variety of feed material.
In this webinar, learn about an algorithm presented for the design of chemical reactors with heat effects.
This webinar explores the fundamentals of fluidization: how materials fluidize; differences in fluidization characteristics based on size and density; minimum fluidization; bubble formation, size and coalescence; and fluid bed flow regimes.
The old saying, “what you don’t know can’t hurt you,” implies that ignorance is bliss.
This webinar is a condensed version of a course on identifying and managing chemical reactivity hazards.