EFFECTIVE CLEANING:

Sonic Cleaning achieves a uniform cleaning effect. The sound waves flow ‘around’ tubes corners and keeps even inaccessible places clean.

CONTINUOUS CLEANING:

Sonic Cleaning due to its comparatively high frequency of operation can considered as a ‘Continuous’ cleaning method which prevents dust/soot build up. Periodic mechanical cleaning on the other hand allows dust/soot build up before cleaning is undertaken.

In steam generators continuous cleaning means high heat transfer efficiency and lower flue gas temperature whereas in applications like dust collectors it means reduced pressure drop hence reduced power consumption.

In all cases the output capacity of the equipment is significantly improved as a result of sonic cleaning.

INCREASED EQUIPMENT AVAILABILITY:

Sonic Cleaning eliminates or in some cases dramatically reduces equipment down time required for mechanical cleaning.

LOWER OPERATING COSTS:

Operating cost of a sonic soot blower is very low as compared to a steam blower, which may consume about 2% of the steam generated.

INCREASED SERVICE LIFE OF EQUIPMENT:

Mechanical cleaning systems cause considerable wear on the cleaned surfaces reducing their service life. Sonic cleaning imparts energy only to the particular matter causing them to dislodge from the surface.

LOW MAINTENANCE:

Sonic horns due to their simple construction have minor service requirements.