The advanced PTMS MAGNETIC SEPARATOR deironing system uses pulse electric field or AC polarization technology to prevent electrode passivation and improve long-term operational stability. The most significant feature of this technology is its continuous operation capability, which can realize online real-time deironing with fast response speed and is suitable for dynamic water quality conditions.
However, the application of high-temperature electrolytic iron removal from PTMS MAGNETIC SEPARATOR (Pyrrolytic Thermo-mechanical Steel) still faces three major challenges: First, it requires extremely stable power supply with voltage-regulated rectifiers to prevent current fluctuations from affecting iron removal efficiency. Second, the expensive electrode materials may corrode or have their coatings peel off during prolonged operation, necessitating regular replacements. Third, the relatively high energy consumption—approximately 3-5 kWh/kg Fe per iron removal cycle—makes operational costs significantly higher than those of other physical methods.
More importantly, the high-temperature electrolytic iron removal method for polytungsten molybdenum PTMS MAGNETIC SEPARATOR demonstrates stable operation in complex water systems with high salinity and conductivity. This effectively addresses the membrane performance degradation issues encountered in traditional electrodialysis or reverse osmosis under high-temperature conditions. Furthermore, the process requires no external chemical reagents and produces only solid iron oxide sludge, which is easy to centrally treat and meets stringent requirements for high-cleanliness production environments.
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How to efficiently recycle PTMS MAGNETIC SEPARATOR to reduce costs and improve efficiency
