• views: 75
• date: 20 March 2026
• posted by: 0nelove

Advanced Process Control, Optimization & Battery-Grade Readiness
What you'll learn
Apply flotation kinetics and surface chemistry principles to model recovery and improve circuit efficiency.
Optimize grinding, liberation, and slimes management to maximize graphite recovery while protecting flake size.
Interpret process data using mass balance, advanced monitoring tools, and Statistical Process Control (SPC).
Identify and resolve complex recovery–grade conflicts and plant-wide failure scenarios using structured diagnostic methods.
Evaluate battery-grade specifications, spheroidization impacts, and downstream anode requirements.
Demonstrate leadership-level decision-making aligned with ESG standards and global critical mineral strategies.
Requirements
Completion of CGFO – Volume 1 or equivalent hands-on experience in graphite flotation operations.
Basic understanding of flotation circuits, grinding systems, and recovery–grade relationships.
Familiarity with plant data (mass balance, recovery calculations, basic KPIs).
Experience working in a mineral processing plant (operator, metallurgical technician, or supervisor level recommended).
Description
**This course contains the use of artificial intelligence.**
This advanced program is designed for professionals who are ready to move beyond foundational flotation operations and step into high-impact process optimization and technical leadership roles.
CGFO Volume 2 explores advanced flotation kinetics, interfacial and surface chemistry, grinding optimization strategies, slimes management, and data-driven circuit improvement. You will develop a deeper understanding of how mineralogy, reagent chemistry, and particle size distribution interact to influence recovery, grade, and selectivity. The course introduces practical recovery modeling techniques, Statistical Process Control (SPC), and structured bottleneck analysis to help you diagnose instability, reduce variability, and drive measurable plant performance improvements.
A key focus of this program is connecting upstream flotation performance with downstream battery-grade requirements. You will gain insight into purification processes, spheroidization fundamentals, and anode material performance parameters. This integrated approach ensures you understand how operational decisions at the flotation stage directly impact product quality, compliance, and commercial value in advanced material markets.
Through complex case studies and plant-wide failure simulations, you will strengthen your analytical thinking, improve root-cause diagnosis skills, and build confidence in making high-stakes operational decisions under real-world pressure.
By the end of this course, you will be prepared to operate at a process specialist level, contribute strategically to plant optimization initiatives, and pursue CGFO Level II certification with clarity and confidence.
Who this course is for
Senior flotation operators seeking to transition into process specialist roles
Metallurgical technicians and plant supervisors aiming to improve circuit performance
Process engineers working in graphite beneficiation plants
Professionals involved in battery-grade graphite production and downstream processing
Mining and mineral processing professionals interested in critical minerals strategy and ESG integration


   
   
   

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