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Features: Reasonable design: horizontal internal combustion three pass full wet back structure, 99.9% water in water fire design, 99.9% corrugated furnace liner, good expansion, sufficient heating area and reasonable structural layout. Energy saving: corrugated furnace liner, threaded smoke tube, large space combustion chamber plus reasonable structural layout to achieve low energy consumption, high efficiency heat exchange effect and boiler heat efficiency
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Features: Reasonable design: horizontal internal combustion three return full wet back structure, fire in water design, corrugated furnace liner, good expansion, sufficient heating area (low nitrogen boiler has a larger heating area than conventional boiler of the same tonnage) and reasonable structural layout. Energy saving: corrugated furnace liner, threaded smoke tube, large space combustion chamber (low nitrogen boiler has more advantages than conventional gas boiler of the same tonnage
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The body of the condensing integrated boiler adopts corrugated furnace liner and threaded smoke pipe; The condenser adopts non cutting extruded fin tube, which enhances heat transfer and has high thermal efficiency; It has the functions of scale detection, smoke temperature detection, etc; The special small temperature difference condensation waste heat recovery device has greatly improved the boiler efficiency. The boiler is an organic combination of the boiler body, the economizer and the flue gas condenser. The installation is simple
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About 50% of the total energy consumption of the sintering process of the steel smelting waste heat boiler is discharged into the atmosphere in the sensible heat form of the sintering flue gas and cooler exhaust gas. The waste heat recovery of sintering cooler is to recover low-grade waste heat energy by recovering the flue gas heating waste heat boiler, which is recorded as ore dropping bellows and closed section of sintering cooler. Combined with low-temperature waste heat power generation technology
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The denitration waste heat boiler first desulfurizes and then denitration, and then recovers the waste heat. The SO2 content in the flue gas after desulfurization is low, which is conducive to reducing the filling amount of denitration catalyst and extending the service life of the catalyst; Desulfurization products are conventional solid wastes, which are easy to treat and can also be used as resources. Dry desulfurization was used in the actual engineering application in advance, and the temperature drop was very small, far lower than that of semi dry desulfurization and
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The high-temperature flue gas of carbon waste heat boiler enters into the boiler and then enters into the flue gas settling chamber composed of water-cooled membrane wall system. Its main function is to reduce the flue gas temperature, thus reducing the metal wall temperature of superheater and avoiding overheating burning. The superheater is of horizontal suspended structure, which is divided into high temperature section and low temperature section. The surface type or spray type attemperator is used. Convection tube bundles are arranged in line, and multiple baffle plates are used to make
