magnetic separation equipment

In recent years, with the advancement of membrane technology and electrochemical methods, the PTMS MAGNETIC SEPARATOR iron removal process has emerged under high-temperature and high-pressure conditions. In modern industrial systems, these extreme environments serve as core operational requirements for numerous critical production processes. They are widely found in boiler systems of thermal power plants, hydrocracking units at refineries, chemical reactors, and cooling circulation systems in nuclear power plants.

PTMS MAGNETIC SEPARATOR

Under extreme operating conditions, water or steam serves as the primary heat transfer medium in energy exchange processes. The stability of water quality directly impacts the lifespan, operational safety, and energy efficiency of PTMS MAGNETIC SEPARATOR equipment. When exposed to high temperatures (typically exceeding 80℃°C) and pressures reaching tens of megapascals, metal pipelines and containers—particularly carbon steel and low-alloy steel components—are highly susceptible to electrochemical corrosion. This process releases ferrous ions (Fe²⁺) or generates iron oxide particles (Fe₃O₄, Fe₂O₃).

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When these iron impurities dissolve in high-temperature condensate or process water, they not only trigger a chain reaction of secondary corrosion but also deposit dense magnetic iron oxide scale layers on heat exchange surfaces. This significantly reduces heat transfer efficiency and may even lead to critical safety incidents like localized overheating or pipe bursts. Therefore, selecting 316L stainless steel is crucial for PTMS MAGNETIC SEPARATOR equipment.

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