The Flotation Process Control System consists of the BFPC Basic Flotation Process Control system, the BFVS Froth Vision System for optimized control, and the BEHM Equipment Health Monitor system. The BFPC system includes functional modules for flotation level control, airflow rate control, bearing temperature monitoring, automatic reagent addition, online pH monitoring, and motor control center. The BFVS system includes modules for froth image acquisition, an image processing workstation, and flotation optimization expert software. The BEHM system consists of three parts: sensors, a data transmission device, and an equipment monitoring and diagnostic platform. Users can flexibly choose the configuration scheme according to their actual needs. This system can be used with all series of flotation cells. With over 2,000 application cases and widespread praise both domestically and internationally, the products in this system series have become a trustworthy choice for customers.

• 01

  
  The specialized multi-stage collaborative level control algorithm for flotation can pre-perceive level fluctuations. It pre-adjusts the valves before a disturbance affects the current stage's level, which helps to reduce system overshoot, shorten the process stabilization time, and ensure dynamic balance of the level throughout the entire flotation process.Compared to traditional PID control methods, the control accuracy is improved by about 20%.
• 02

  
  The froth image optimization control system can detect key static and dynamic froth features in real-time, such as froth movement speed and direction, color, bubble stability, and overflow height. It can automatically adjust the level, aeration, and reagents to achieve automatic optimization of multi-tank flotation operations. This effectively stabilizes the concentrate grade while maximizing mineral recovery, ultimately maximizing profits for the customer.
• 03

  
  The flotation cell health monitoring system can predict and alarm for faults in key components (motor, reducer, impeller, stator).Through 24-hour continuous monitoring of equipment operating status, intelligent alarming for abnormal equipment, and remote expert real-time analysis and diagnosis, it provides an intelligent remote online monitoring service for key equipment. This ultimately enables predictive maintenance, supporting cost reduction and efficiency improvement in equipment operation and maintenance.
• 04

  
  Proven by practice, the BGRIMM Flotation Process Control System can improve flotation process stability by 7% and increase grade by 0.5-1% compared to traditional flotation level and aeration control systems. It achieves reduced-manning or unmanned flotation operation and enables predictive maintenance of equipment, bringing economic benefits to customers while helping them achieve high-quality transformation and development in the industry.