The flue gas of waste heat boiler contains volatile sulfide and combustible materials, which will further complete the chemical reaction and release heat. Chemical reaction heat is fully considered in the design of waste heat boiler to meet the needs of production process. According to the flue temp

The inlet and outlet flue of the waste heat boiler is provided with expansion joints to absorb the expansion of various components of the boiler. Moreover, the boiler body is equipped with expansion guide device to ensure the free expansion of the furnace body, limit the displacement and prevent the

The membrane water wall of the boiler adopts fully welded structure, which has good sealing and no air leakage, reduces the excess air coefficient of flue gas and reduces the loss q2 of flue gas; The heavy refractory brick and red brick wall structure used in traditional industrial boilers is change

Design of membrane wall header without pipe joint. The membrane wall header without pipe joint design and installation site membrane wall piece inserted welding can reduce the pipe butt joint and flaw detection, and shortens the installation period.Horizontal water and fire tube boilers are also kno

Tail heating surface:(1) Equal flow velocity variable cross-section design of the tail heating surface to ensure that the minimum smoke velocity of the flag heating surface is more than 6m/s.(2) The tail heating surface of each stage is reserved for soot blower interface and installation of soot blo

Our corner tube boiler has a fully enclosed membrane wall structure, with good sealing and small air leakage coefficient of the boiler. The boiler body adopts the latest round furnace door. The furnace door is an embedded furnace door, which is welded with the membrane wall around. It has good seali

Steady state design theory to ensure various performances. The steady state design theory provides a theoretical basis for the structural design and performance calculation of the boiler. After the design according to the steady state theory, the layout of heating surfaces at all levels of the boile

When designing low-pressure industrial boilers, manufacturers have already considered the issue of overheating efficiency, and it is unlikely to save energy by changing the equipment or flue gas. Therefore, it is best to start from the operation aspect for boiler energy conservation (the method of s