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Soot blower

A technology of equipment and pipelines, which is applied in the direction of lighting and heating equipment, cleaning of non-rotating equipment, cleaning of heat transfer devices, etc., can solve problems such as personal injury, equipment consumption, damage to instruments and boilers, and achieve no hidden dangers of accidents. Reduction, easy replacement effect

Inactive Publication Date: 2013-03-20
格奥尔格・布鲁恩德曼
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The known devices are therefore relatively complex and expensive and require a considerable maintenance outlay
In addition, in such known devices there is the danger that when the blowpipe drive fails, the sealing system, such as the steam cylinder, will suddenly be squeezed apart, which can lead to enormous damage to the equipment and the boiler and even in the In the worst case, there will be consequences for human injury

Method used

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Examples

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Embodiment Construction

[0020] The sootblower shown in the drawing is used for cleaning the boiler while it is in operation and also for cleaning the heat transfer devices arranged in the boiler. The sootblower shown works with steam having a temperature of up to 420° C. and a pressure of 6 to 21 bar.

[0021] The soot blowing system essentially comprises an axially displaceable blowpipe 1 which can be moved into a schematically shown boiler 2 and out again after the cleaning process. On the boiler side, the lance 1 is guided in a support 3 . At the opposite end on the side facing away from the boiler 2 , the blowpipe 1 is fastened on a drivable, displaceable slide 4 . The blowpipe slide 4 is guided on two guide rails 5 , 6 extending parallel to the blowpipe 1 , with which the outer end 7 of the blowpipe 1 remote from the boiler 2 can be moved in the direction of the boiler 2 and away from it. .

[0022] Steam for cleaning is supplied to the outer end 7 of the blowpipe 1 via a plurality of pipe fi...

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PUM

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Abstract

The invention relates to a soot blower for cleaning boilers during operation, especially for cleaning heat transfer devices located in the boilers, by means of a gaseous and / or liquid cleaning medium, such as steam and / or water jets. The soot blower displays a blow pipe that can be displaced in the axial direction and displays lateral outlet nozzles at its working end. To create an uncomplicated and safe system for routing the line to the blow pipe, the feed line can consist of at least two essentially straight, rigid line pipe sections interconnected via a swivel joint. The line pipe section forming the end of the line is connected to the inlet end of the blow pipe via a swivel joint, while the line pipe section forming the start of the line is connected, via a swivel joint, to the connecting piece of the stationary line system of the cleaning medium.

Description

technical field [0001] The invention relates to a sootblower for cleaning a boiler in operation, in particular for cleaning a heat transfer device arranged in the boiler by means of a gaseous and / or liquid cleaning medium, such as steam and / or water jets, having An at least axially displaceable blowpipe with a lateral discharge nozzle at its working end, a drive system positionable outside the boiler for moving the blowpipe back and forth, and a supply of cleaning medium connected to the blowpipe pipeline. Background technique [0002] Large boilers must be cleaned during operation to avoid downtime. Here, cleaning is expediently performed with the aid of steam or water jets. Steam or water is introduced via a blowpipe into the boiler, where the medium exits through nozzles on the head side of the blowpipe, with the jet directed at the boiler part to be cleaned. [0003] In known installations, for example, work is carried out with steam at a temperature in excess of 400°...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): F28G15/02F28G1/16F28G15/04
CPCF28G15/02F28G15/04F28G1/166
Inventor 格奥尔格·布鲁恩德曼
Owner 格奥尔格・布鲁恩德曼
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