This utility model relates to the field of condensate
recovery technology and discloses a boiler condensate
recovery device, including a first filter structure. The output end of the first filter structure is connected to the input end of a heat exchange structure, the output end of the heat exchange structure is connected to the input end of a second filter structure, and the output end of the second filter structure is connected to a gas-liquid separation structure. This utility model, through the coordinated operation of the first filter structure, the second filter structure, and the gas-liquid separation structure, can separate
rust, oil, and air from the condensate, avoiding boiler
corrosion. Simultaneously, the first filter structure, while rotating to trap large
rust particles, instantly converts the filter channel into a high-pressure flushing circuit through a 180° positional reversal, thoroughly removing accumulated impurities without stopping the
machine. This ensures the continuity of condensate flow and fundamentally solves the efficiency reduction problem caused by clogging in traditional filters, significantly reducing maintenance costs and extending equipment life.