Introduction

In this introductory course, students explore the science behind the processes used in today's mineral processing industry. The concepts of reaction kinetics are introduced and applied to the chemistry and physics in mineral processing operations. 

With ever more difficult ores to process, we bring a new approach to mineral processing by centering on understanding the consistency of science at the molecular level. From that perspective, the improved use of old techniques and development of new ones will advance the industry into the 21st century.​

Students will leave this course with a solid grasp of reaction kinetics concepts such as surface charge, reaction selectivity, application characteristics of soluble and insoluble reagents, equilibrium, chemical dispersion characteristics, and practices that will help them troubleshoot and improve mineral processing operations and increase plant efficiency.

Who is the Course For

This course is for individuals interested in the science behind mineral processing operations. 

Examples of those who may be interested include: mineral processors, metallurgists, mineral processing researchers, engineers, and plant managers.

This is an introductory level course. We recommend a university level of chemistry taught to engineers and an understanding of engineering mathematics. For an introduction to the mining industry and terminology, we recommend “What is Mining” .

Learning Outcomes

Upon completion of this course, learners will be able to:

• Describe the basic concepts of kinetics at a molecular level. 
• Apply kinetic theories using mathematical models and documented constants.
• Better understand the principles behind selectivity.
• Describe surface charges and explain the impact they have on reaction kinetics and solubility constants.
• Take a wider view of a process for more effective troubleshooting.

Duration: 2 Hours

Category: Mineral Processing

Level: Introductory