Acoustic cleaner is used wherever there is a build up of dry materials and particulates which need to be cleaned regularly to ensure maximum efficiency and minimize maintenance and down time. It works by generating powerful sound waves which will vibrate the dry materials differently to each other and the surrounding structures. This will create a series of very rapid and powerful sound induced pressure fluctuations which are then transmitted into the solid particles of ash, dust, granules or powder. It causes them to move at differing speeds and debond from adjoining particles and the surface that they are adhering to.

Acoustic cleaning systems consist of one or two acoustic cleaners, a controller and air supply unit. It is a quarter wave resonator tube designed to produce sound energy at predetermined frequencies, typical in the 10 - 50 Hz range. Each acoustic cleaner is custom build to operate at the desired frequency. The sound is produced by the principle of quarter wave resonance, which is an efficient method to produce sound concentrated at a single frequency. Low-pressure air is fed to the sound generator by an air supply unit. The unit is skid mounted and contains a positive displacement type blower, electric motor, filter, and silencers.

Acoustic enclosures are commonly used in industry to box noise sources in. It is useful to analyze some of the main principles involved in the design of enclosures for the purpose of controlling machinery noise. Acoustic enclosures are frequently fitted over individual casings. Acoustic Enclosures are significantly reducing the distracting background noise level caused by noisy IT equipment. These enclosures are designed to reduce noise. Acoustic enclosures are used to reduce the noise radiated by industrial machinery.

Acoustic Filters are necessary to eliminate high-frequency noise caused by vibrations of the motor and driving mechanism. Acoustic filters operate at high cell retention efficiency with minimal fouling. Acoustic filters are used in many devices such as mufflers, noise control materials and loudspeaker systems. These filters typically used in air-handling systems.

Acoustic Horn is used in horn-loaded loudspeakers, signaling horns such as those used on cars, trucks, trains, boats and bicycles. It has one moving part, the titanium diaphragm. It produces vibrations at relatively low frequencies in order to remove soot and other buildups of particulates from chimneys, catalyst beds, or other process vessels. It works in the infrasonic or near-infrasonic frequency range that is used mainly with boilers and selective catalytic reduction (SCR) reactors. It includes fundamental frequency, output power level and materials of construction, weight, length, air consumption and shape. It also uses compression drivers, transducers that provide relatively high pressure and low displacement. They are designed to provide smoothness of frequency response, smoothness of power response, tonal balance, low distortion, high efficiency and time alignment.

Acoustic Insulation is used to prevent any unwanted noise and sound from entering a certain room. It changes the energy contained in sound waves into heat. It blocks the sound depending on the frequency, size and shape of different materials.