Hot water heat pipe heat exchanger of the boiler flue gas waste heat utilization equipment or industrial waste gas temperature waste heat is used to produce hot water boiler feed water or process with hot water, flue gas can be reduced to 140 ℃ -80 ℃. Type: Non-standard pressure :: 0.5MPa ~ 2.6MPa Evaporation:?? 200Kg / H ~ 30T / H devices utilize the principle of heat pipe heat transfer mechanism to work, will be converted to waste heat boiler feed water or water for production and living. Features using finned heat transfer, heat transfer efficiency, compact structure, small size; anti-dew point corrosion, anti-fouling; cleaning device has the ability to keep the furnace flue gas flow resistance is small and the device does not increase the load induced draft fan; smoke gas and water vapor side completely separated, safe and reliable equipment; high degree of automation equipment, automatic water, the water level alarm function abnormalities. Heat pipe heat recovery devices are small, but a good one-third of the energy efficiency of a heat exchanger common: large industrial furnace efficiency can be increased by more than 10% of small and medium oil, gas, coal-fired boiler efficiency can be increased up to 5% -10% energy saving . The payback period is short: the general 3-6 months can recover the full investment. Our energy-saving principle hot water heat pipe heat exchanger, can reasonably be high-temperature exhaust heat recovery, can produce 35 ℃ -120 ℃ hot water according to the production and living needs. Performance advantages 1, hot water heat pipe heat exchanger with efficient heat pipe, heat transfer speed, high efficiency 2, high combustion gas, heavy oil, coal and other sulfur content of the flue gas heat recovery for, highlighting its lowest emissions significantly flue gas temperature control advantage. Different levels of heat pipes start temperature, ensure that the final end of the exhaust gas temperature is not lower than the dew point temperature, dew effectively avoid acid corrosion problems.