What is the difference between a sonic ash cleaner and a shock soot blower

Soot blowers now mainly include steam soot blowers, sonic soot blowers, gas pulse shock soot blowers, and CHQ air shock soot blowers.

Sonic soot blower is the use of sound wave energy to vibrate soot blowing. The CHQ air shock wave sootblower uses compressed air to generate shock wave soot blowing.

In terms of soot blowing effect, the CHQ shock wave is better than the sound wave, and the sound wave can only play a certain role in preventing the ash from settling. CHQ can basically clear dead spots.

In terms of energy consumption, the sound wave is also high, the air consumption is too large, the lowest CHQ, and the pulse work, the air consumption is very low.

The main thing is security. The CHQ shock wave is the highest in its class.

**It's pretty much the same. If you want to buy it, I recommend East.

1. Luoyang Wanshan High-tech Application Project

Main products: sonic soot blowers, gas pulse soot blowers, steam soot blowers, desulfurization additives, flue gas desulfurization additives, desulfurization wastewater defoamers, bactericidal algaecides.

2. Liaoning Fanghua Environmental Protection Technology ****Main products: sonic ash cleaner, heavy hammer level gauge, magnetic flap level gauge, etc.

3. Baoding Shengda Electric Technology Co., LtdMain Products: SDQ22 Sonic Dust Cleaner, SDV Frequency Conversion Motor Protection Device, High Voltage Test Instrument.

4. Taizhou Zhengkang environmental protection equipmentMain products: sonic soot blower, resonant cavity sonic ash cleaner, diaphragm sonic soot blower, boiler soot blower.

5. Hebei Kehua Environmental Protection Technology ****Main Products: Sonic Soot Blower, Shock Soot Blower, Air Soot Blower.

1. The soot blowing force is large, the soot blowing effect is good, and it can be applied to floating ash, viscous ash and coking ash;

2. The range of soot blowing is large, and the reasonable design can be done without dead angles;

3. Soot blowing does not require gas and steam, the operating cost is low, and there is no potential safety hazard;

4. The soot blower has no damage to the furnace wall and the heating surface, and there is no blowing damage;

5. The equipment is reliable and the failure rate is low.

6. High degree of automation, can be manual, automatic, remote DCS start.

7. The equipment only needs compressed air, and the operating cost is low.

8. The equipment investment is small, and even a single equipment can blow soot.

9. For special working conditions, it can meet the needs of different working conditions.

First, the structure is simple, the soot blower body does not use electricity, there is no mechanical motion rotation mechanism, there are no vulnerable parts, and there will be no mechanism movement rotation failure.

2. Small size, light weight, no telescopic mechanism, no mechanical jamming.

3. The material is resistant to high temperature, wear, corrosion, aging and long service life.

4. Safe and reliable, will not wear down or blow the pipe bundle, will not cause pipe bursting, and meet the requirements of personal safety and industrial labor protection regulations.

Fifth, the sound wave efficiency is high, the power is large, the frequency bandwidth, and the ash cleaning effect is remarkable.

6. It has a wide range of adaptation, and can be applied to any part of various furnace types and boilers, including furnace water wall, superheater, reheater, economizer, air preheater, electrostatic precipitator, etc.

7. The gas consumption is small, the power consumption is small, the air source medium is optional, and air or steam can be used.

8. The installation range is wide, in addition to the need to open another hole on the furnace wall, the original soot blower hole, coke hole, fire hole and other positions can be used for installation.

9. Easy installation, no need to set up a soot blower platform, and the space inside and outside the furnace wall is small, which does not affect the boiler maintenance operation.

10. The control system is divided into automatic and manual functions, which can be self-contained units or connected to the DCS system to achieve fully automatic operation.

1. The special sonic ash cleaner developed for the denitrification reactor can loosen the dust accumulated on the surface of the catalyst, so that the air flow can take the dust away. Its sound wave frequency is much higher than the resonance frequency of the equipment structure, and will not damage the catalyst, often open the sonic ash cleaning device, can make the catalyst free from blockage, through the reasonable arrangement of the sonic ash cleaning cycle, the ash amount is at a stable low level, its technical characteristics are as follows; 1. Sonic ash cleaning is a preventive ash cleaning method, which prevents the formation of ash accumulation on the surface of the catalyst, maintains the continuous cleaning of the catalyst, and maximizes and best utilizes the catalytic activity of the catalyst for denitrification reaction.

2. Sonic ash cleaning does not have any toxicity to the catalyst, and long-term operation will not affect the failure of the catalyst, and there is no right.

There is a danger of corrosion and clogging of the catalyst.

3. The sonic ash cleaner is a non-contact cleaning method, which has no wear on the catalyst, which can effectively extend the service life of the catalyst and reduce the maintenance cost of SCR.

4. The structure of the equipment is simple, once the sound wave enters the SCR reactor, it can be automatic through reflection, diffraction, transmission and refraction.

The ground propagates to the space part that needs to be deashed, without the need for a large and complex telescopic and rotating mechanism, so the equipment cost is much lower than that of the traditional ash remover.

5. Low operation and maintenance costs. The sonic ash cleaner has no rotating parts, the machine body is made of stainless steel, and the service life is 30

years, the service life of the titanium diaphragm of the sounder is generally more than 5 years.

I am the answer to the question, the first place: Beijing Ketailong Technology ****. Founded in 1998, the company is one of the earliest enterprises engaged in the research and development and production of sonic sootblowers in China.

The stability, cleaning effect and life of its sonic sootblower products have reached the international advanced level, and are well received by users. Second place: Shanghai Wangneng Electronic Technology ****.

The company is a high-tech enterprise integrating R&D, production and sales, and sonic sootblower products are favored by the market for their high efficiency, energy saving, environmental protection and intelligence. The company has a number of national patents and honorary titles, and is a leader in the domestic sonic sootblower industry. 3rd Place:

Shenzhen Kaifa sonic cleaning equipment****. Founded in 2001, the company is one of the earliest enterprises to enter the sonic sootblower industry in China. Its sonic sootblower products use imported components, and its technical level is in the leading position in the industry.

The company's products sell well at home and abroad, and are trusted by the majority of users. The above three sonic sootblower manufacturers rank high, and their product quality, technical level, after-sales service and other aspects are worthy of users' trust. Of course, when choosing a sonic sootblower, users also need to consider comprehensively according to their own needs, budget and other comprehensive factors to make the best choice.

Summary. Hello dear<>

I am a question and answer master one zero three teacher, the ranking of sonic sootblower manufacturers is: Luoyang Wanshan High-tech Application Engineering, Liaoning Fanghua Environmental Protection Technology, Baoding Shengda Electric Technology, Taizhou Zhengkang Environmental Protection Equipment, Hebei Kehua Environmental Protection Technology. <>

<> ranking of sonic sootblower manufacturers.

Hello dear<>

I am asking a question about the master of the Huai answer, the ranking of sonic sootblower manufacturers is: Luoyang Wanshan High-tech Application Project, Liaoning Fangshan Penghua Environmental Protection Technology, Baoding Shengda Electric Technology Co., Ltd. or Potato Company, Taizhou Zhengkang Environmental Protection Equipment, Hebei Kehua Environmental Protection Technology. <>

Hello dear<>

The precautions for the use of sonic sootblower are: first, check whether the working pressure of the gas storage tank is normal; The sonic sootblower has not been running for a long time, turn off the air supply before the initial start, and check whether the solenoid valve and filter can operate normally. If it is abnormal, it needs to be replaced immediately and reventilated; Observe whether the indicator light on the control box panel is normal, and the indicator light indicates whether the soot blowing system is in a normal state; Listen to whether the noise of the sonic sootblower is in a normal state when it is running; Observe whether the air source purification pressure is normal or abnormal, and immediately cut off the power supply to avoid the expansion of the fault and adjust the front.

The wavelength of the sound wave is inversely proportional to the frequency of the sound wave, and the effective area and uniformity of the acoustic ash cleaning device in the ash removal device are proportional to the sound wavelength, the higher the frequency, the shorter the wavelength, the faster the attenuation, and the smaller the work done by the sound energy on the ash in a unit time, the worse the ash cleaning effect. On the contrary, the better the cleaning effect.

The sound wave design wavelength of the ash cleaner is generally above 1m, and the frequency is below 360Hz. In order to ensure the safety of industrial and mining structures, the sound wave frequency is required to avoid the natural frequency of the industrial and mining structures themselves. Therefore, the frequency design range of ash cleaners on the market is 70-360Hz, and the frequency of infrasound is 20

Hz below.