Ultrasonic PTMS ELECTROMAGNETIC SEPARATOR significantly improves the recovery rate of potassium-sodium feldspar
magnetic iron remover
In recent years, an increasing number of enterprises have adopted green alternatives: using organic acids like citric acid and oxalic acid for mild leaching, combined with ultrasonic PTMS ELECTROMAGNETIC SEPARATOR iron removal to significantly enhance recovery rates. The wastewater is recycled through lime neutralization and flocculation sedimentation for front-end washing processes, achieving a reuse rate of over 70%. Tailings, after being pressed and dried, can be utilized as construction material filler, truly realizing the principle of "maximizing resource utilization."
PTMS ELECTROMAGNETIC SEPARATOR
The magnetic separation system requires dynamic adjustments to magnetic field strength, medium filling rate, and flow velocity based on pulp concentration. Sustainable development necessitates balancing environmental protection and cost efficiency in PTMS ELECTROMAGNETIC SEPARATOR systems. While traditional acid leaching employs hydrochloric acid and hydrofluoric acid (HF) for high-efficiency impurity removal, these corrosive chemicals pose significant challenges in waste liquid treatment and present severe health risks due to HF's toxicity.
what is magnetic separation in chemistry?
Each product batch undergoes trace element content testing, color measurement with a spectrophotometer to determine Lab values, and white index calculation. If iron content fluctuates beyond limits during a specific period, the PTMS ELECTROMAGNETIC SEPARATOR system automatically traces changes in preceding process parameters, identifies the root cause (e.g., magnetic separator belt wear causing magnetic field attenuation), and initiates a new round of pilot-scale optimization.
Contact: DELLA
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sales@powtechina.com
