Fundamentals of Process Solubility for Schools

Many industrial processes are set up to extract specific components from homogeneous mixtures called solutions. Separating the substances in a homogeneous mixture is much more difficult than separating the substances in a heterogeneous mixture because homogeneous mixtures have a uniform composition and exist in a single phase. You can’t just filter out the salt in sea water or the gasoline in crude oil. These processes are much more involved. This course explains what a solution is and defines several related concepts, including solute, solvent, solubility, concentration, and rate of solution. It also covers some of the processes that are used to transfer specific components out of solutions, including crystallization, liquid extraction, absorption, adsorption, and leaching. The basic concepts, important factors, and industrial systems are described for each process.

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Fundamentals of Process Solubility for Schools

Course Details

Learning Objectives

Full Course

Duration: 39 minutes

Language: EN

Author | Joelle Scheldorf

Joelle is a Chemical Engineer with a BS from the University of Washington and an MS from the University of Idaho. She worked as a Process Engineer at an integrated pulp and paper mill, an Instructor at the University of Washington, and a WinGEMS Simulation Software Engineer and Trainer before joining Convergence Training in 2006.

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