The "Mineral Processing and Extractive Metallurgy Level 3 Advanced Diploma" is a specialized program designed to provide a thorough understanding of mineral processing techniques and the methods used in extractive metallurgy. The course starts with an introduction to the fundamentals of mineral processing, including its significance in the mining industry and its applications across various sectors. Students will gain a solid understanding of ore characterization and the processes involved in the liberation of valuable minerals.

A significant focus of the course is on comminution, where students will explore the principles of crushing and grinding, as well as the equipment and machinery used in these processes. Energy efficiency within comminution is also emphasized, preparing students to work efficiently and sustainably. Additionally, the course covers physical separation methods such as gravity, magnetic, and electrostatic separation, which are vital for the extraction of minerals from ores.

Further, students will delve into flotation techniques, with an in-depth exploration of the froth flotation process and flotation reagents. The course also introduces hydrometallurgical processes, including leaching, solvent extraction, and precipitation, as well as pyrometallurgical processes such as roasting, smelting, and refining. The environmental impacts of these processes are critically examined to ensure students understand the importance of sustainable mining practices.

The course also includes a module on process control and instrumentation, emphasizing automation, monitoring systems, and safety measures. To further enhance learning, students will explore environmental regulations, social responsibility, and case studies from real-world mining operations. Practical applications and problem-solving exercises, including field visits or virtual simulations, will enable students to apply theoretical knowledge to industry scenarios, preparing them for the dynamic field of mineral processing and extractive metallurgy.