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Low discharging and high-energy effect novel industrial boiler

An industrial boiler, high energy efficiency technology, applied to water tube steam boilers, steam boilers, fluid heaters, etc., can solve the problems of prone to water cycle accident failure points, high initial emission concentration of smoke and dust, complicated pipe bending process, etc., to achieve operation Long-term stability and reliability, safe, stable and reliable operation, and enhanced convection heat transfer effect

Inactive Publication Date: 2009-06-17
王森
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  • Abstract
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  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Its main disadvantage is that the bending process of the flag-type structure is complicated and there are many partitions. Once the partition is installed with deviation, it is easy to cause water circulation accidents and it is difficult to find the fault point. The most prominent disadvantage is that the tail is seriously accumulated and difficult to remove.
[0006] The common disadvantage of the above three furnace types is that the initial emission concentration of soot is higher than the soot emission parameters of advanced countries in the world

Method used

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  • Low discharging and high-energy effect novel industrial boiler
  • Low discharging and high-energy effect novel industrial boiler
  • Low discharging and high-energy effect novel industrial boiler

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Embodiment Construction

[0017] The present invention will be described in detail below in conjunction with accompanying drawing, a kind of low-emission high-energy-efficiency new-type industrial boiler, comprises: Horizontal drum (28), pot shell (35), vertical header (1) (16) horizontal header (3) )(5)(7)(12)(19)(24)(49), water wall pipes (11)(17), convection pipes (31)(34), etc., it is characterized in that the upper end of the riser pipe 30 It communicates with the lower part of the horizontal drum (28), its lower end communicates with the upper end of the pot shell (35), the upper end of the convection pipe (34) communicates with the lower part of the small longitudinal header (27), and its lower end communicates with the small longitudinal header (42) The upper part is connected, the upper front end of the convection pipe (31) is connected with the horizontal center of the horizontal drum (28), and its lower end is connected with the upper part of the horizontal header (43), and the upper rear end...

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Abstract

The invention discloses a novel industrial boiler with low emission and high energy efficiency, and relates to the series of twenty boilers which are different in fuels and mediums, namely large-scale grate firing: scattered coal, moulded coal and biomass and chamber firing: fuel gas, oil-fired hot water, steam, phase-conversion heat exchange and distributed heat and power cogeneration boilers. The novel industrial boiler comprises a transverse boiler, a transversal and longitudinal container, a water wall tube, a vertical boiler shell, a thread smoke tube, and the like. The invention integrates the advantages of a water-tube boiler, a water-fire tube boiler and a corner-tube boiler, more particularly solves the different defects of three types of boilers; namely, the water-tube boiler has the defects of complicated technology as well as large volume and steel consumption; the water-fire tube boiler has the defects of tube plate crackle, tube explosion, smoke tube abrasion, and the like; the corner-tube boiler has the defects that the technology is complicated technology and the dust deposition at the tail part is difficult to be eliminated; and the invention also greatly improves the difficult problems of the three types of boilers that the initial emission concentration of smoke and dust is higher generally. The invention has the advantages of advanced installation technology and extremely obvious energy conservation and emission reduction.

Description

technical field [0001] The present invention relates to 20 boiler series with different fuels and different media, that is, large-scale layer combustion: loose coal, briquette, biomass and chamber combustion; gas, fuel oil hot water, steam, phase conversion heat and distributed heat and power cogeneration boilers . Background technique [0002] At present, the most popular industrial boilers in the domestic market can be classified into three types: [0003] The first large furnace type is water tube boiler, its main advantages are relatively stable and reliable operation, low failure rate, and small smoke and wind resistance. It is a type of furnace with the highest market share in the planned economy era or the early stage of market economy. Its main disadvantages are complex process, large volume, large steel consumption and high cost. [0004] The second largest furnace type is the water-fire tube boiler. Its main advantages are simple process, convenient manufacture a...

Claims

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Application Information

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IPC IPC(8): F24H1/40F24H9/18F22B21/36
Inventor 王森
Owner 王森
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