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In recent years, metal-producing companies have increased their investment in automation and technological innovation, embracing new opportunities to enable transformational change...

Intelligent System (IS) technologies are receiving much attention in a wide range of process engineering applications from plant operations to enterprise-wide competence centers.

The advent of the digital revolution has now enabled us with numerous tools that could be leveraged to transform our operational data into actionable insights.

Froth flotation is widely used for the separation of particulate materials in the world. It is a complex process whose operational behavior in process plants is difficult to predict.

The efficient operation of any modern metallurgical facility depends on the accurate measurement and estimation of flow rates, inventories, and the composition of their intermediate and final products.

Mineral processing plants processing low-grade ores require large amounts of energy and water to operate in a sustainable and profitable state.

Implementing continuous quality improvement is a confluence of total quality management, people empowerment, performance indicators, and information engineering.

Recent advances in industrial automation require a new approach to get plants to reduce their start-up times and adapt to the varying ore types.

The implementation of continuous quality improvement is the confluence of management quality, people empowerment, the use of performance indicators, and information engineering.

Ores are becoming extremely variable with mineralogy and hardness disturbing the integrated crushing, grinding, flotation, and thickening processes.