Chinese core journals in science and technology

Chemical Abstracts Service (CAS) database

EBSCO Academic Database in the United States

Japan Science and Technology Agency Database (JST)

Journal Guide

Home   >   Journal Articles

Study on the relationship between froth state and reagent control in flotation operation process

  • English Author:
  • BGRIMM Technology Group&State Key Laboratory of Intelligent and Optimized Manufacturing in Metallurgical Process&Beijing Key Laboratory of Automatic Control Technology in Metallurgical Process|BGRIMM Technology Group&State Key Laboratory of Intelligent and Optimized Manufacturing in Metallurgical Process&Beijing Key Laboratory of Automatic Control Technology in Metallurgical Process|BGRIMM Technology Group&State Key Laboratory of Intelligent and Optimized Manufacturing in Metallurgical Process&Beijing Key Laboratory of Automatic Control Technology in Metallurgical Process|BGRIMM Technology Group&State Key Laboratory of Intelligent and Optimized Manufacturing in Metallurgical Process&Beijing Key Laboratory of Automatic Control Technology in Metallurgical Process|BGRIMM Technology Group&State Key Laboratory of Intelligent and Optimized Manufacturing in Metallurgical Process&Beijing Key Laboratory of Automatic Control Technology in Metallurgical Process
  • Unit:
  • PDF Download
  • Abstract
  • Online Preview
  • References

Abstract:

In this study,the correspondence between froth state and flotation reagent dosage was investigated by quantitatively analyzing the froth state in the flotation operation process using online detection equipment such as froth image analyzer and level gauge.The relationship between froth state and reagent control was established.Based on the quantified froth characteristic variables,guidance on reagent dosages was provided,laying a foundation for intelligent control of flotation reagents in the future.Through extensive on-site observations and data analysis,the rationality of the theoretical research was verified,which is of significant importance for improving the efficiency and stability of the flotation operation process.

Keywords:

froth state;froth image;detection equipment;quantitative processing;flotation reagent;intelligent control