The structure of the sonic cleaner is simple, easy to install, and reduces one-time investment. In addition, the ease of use and maintenance reduces operating costs. It can be said that the sonic ash cleaner fundamentally avoids many drawbacks of traditional soot blowers. As long as the design, manufacturing, and installation are normal, the acoustic cleaning equipment can operate safely, reliably, and economically.
A sonic cleaner is a device that uses the high-frequency vibration of sound waves to create vibration or displacement in dust, in order to clear the dust. The advantage of sonic cleaning devices over other cleaning devices is that they can easily remove dust from corners and prevent pollution caused by flying dust, ensuring a clean environment,
At present, acoustic cleaning technology has been widely used in boiler (including process furnace) heat exchangers, dust collectors, bag filters and other equipment in industries such as power, petrochemicals, metallurgy, cement, etc. Not only in old equipment renovation projects, but also in infrastructure projects where boilers are directly equipped with acoustic soot blowing systems.

The proposal and development of acoustic cleaning as a practical production technology began in Europe in the 1960s and later entered the American market. In the 1980s, China also began to experimentally promote and apply it. Acoustic cleaning technology is a method of using the energy of sound fields to remove ash from the heating surface of boiler heat exchangers. The main opportunity for the development of practical industrial equipment from ancient acoustic technology is the urgent need for the development of modern industry and energy and environmental protection; On the other hand, the development of modern acoustic theory and computer technology has driven breakthroughs in acoustic technology. As a result, the technology of acoustic cleaning equipment has developed towards a wider and higher level, with a leap in both quantity and quality in terms of its functional effects, application scope, economic and technical indicators, and safety and reliability performance. Acoustic cleaning technology includes a complete set of software and hardware technologies, including the development, design, production, installation, and use of acoustic cleaning devices, as well as the matching of controllers.
The research and industrialization of acoustic cleaning equipment require significant investment, and the maturity of core technology needs to be gradually advanced under the influence of the market. As a precision instrument, the development of acoustic cleaning equipment is far from sufficient to be completed in the laboratory. Its sensitivity, resolution, and other indicators can maintain stable accuracy in various environments, which is the key factor for its marketization and industrialization.
At present, China is making efforts to promote the development of acoustic cleaning equipment towards independent innovation, gradually getting rid of the unfavorable situation of relying on imported tracking and imitation, encouraging the strengthening of the combination of production, learning, research and application, promoting the transformation of product structure from low-end to high-end, and enterprises from "small and weak" to "large and strong".