PRODUCTS
- DHX coal-fired CFB (circulating fluidized bed) steam boiler
- DHL series coal-fired steam boiler
- SZL series coal-fired steam boiler
- DZL series coal-fired steam boiler
- SHX coal-fired CFB (circulating fluidized bed) steam boiler
- DHX coal-fired CFB (circulating fluidized bed) hot water boiler
- DZL series coal-fired hot water boiler
- SZL series coal-fired hot water boiler
- SHX coal-fired CFB (circulating fluidized bed) hot water boiler
PRODUCTS
Available fuel: | Bituminous coal,biomass |
Available industries: | Power generation, heating, chemical, food, rubber |
Product thermal capacity: | 20-75 t/h |
Working pressure: | 1.25-5.4 MPA |
Outlet temperature: | 184-485 ℃ |
DHL corner tube boiler is field assembled boiler, it uses a piping system as the frame of the entire boiler, and it bears the full load of the boiler, which makes a non-framework boiler. At the same time, this frame also serves as the down comer of the boiler and upper and lower headers. The boiler drum is an external type drum, the furnace is a fully enclosed membrane wall structure, the convective heat absorbing surface adopts the flag tube structure. The corner tube boiler has the advantages of compact structure, low steel consumption and rapid temperature increase.
Technical advantages Safe water circulationThe boiler adopts a unique water circulation structure; the drum is not heated and the heated water flows in one direction. In the event of power cut, the water does not vaporize in water system and the water circulation is safe and reliable.
Anti-seismic StructureCorner tube boiler adopts non-framework structure, its body weight is supported by membrane wall and down comer, and all membrane walls are welded into one whole piece with good anti-seismicity.
Complete sealed structureThe boiler proper is surrounded by welded membrane wall, and the steel structure is completely sealed to prevent air leakage. The upper part of the boiler can be separately transported according to the size of the railway transportation limit. The excess air coefficient at the boiler tail is less than 1.2, which not only reduces the heat loss of the exhaust smoke and power consumption of the induced draft fan, but also greatly reduces the environmental pollution of the boiler house.