Soundproofing for Refrigeration and Air Conditioning System

Cooling, heating, ventilation, and air conditioning systems often generate noise and vibrations that can cause significant disturbances, especially in acoustically sensitive areas such as residential spaces and public gathering halls.

At ALPHA ACOUSTIKI S.A., we have extensive experience in noise measurements dating back to 1978. Our expertise allows us to simulate sound transmission, provide accurate predictions, and recommend effective soundproofing solutions for mechanical noise sources.

We deliver comprehensive soundproofing solutions for all types of mechanical equipment in the cooling, heating, ventilation, and air conditioning sectors. This includes external chiller units, water pumps, fans, air conditioning systems, compressors, and other noisy mechanical units.

From straightforward cases of mechanical noise to complex scenarios, ALPHA ACOUSTIKI undertakes the study and implementation of the appropriate noise-reduction measures, ensuring optimal soundproofing for every project.

Our team consists of certified Mechanical Engineers with extensive specialization in mechanical and industrial noise. They are capable of calculating noise levels within HVAC ductwork and conducting advanced SOUNDPROOFING studies to predict noise transmission inside ventilation and air conditioning ducts.

We design and implement the most suitable soundproofing systems (e.g., silencers, acoustic louvers, etc.) to achieve the required noise reduction. Our methodology adheres to ASHRAE standards or any other standard requested by the client.

We also calculate regenerated noise caused by air velocity within ducts, as well as other critical design parameters. By utilizing specialized acoustic simulation software based on advanced mathematical algorithms, we can predict the sound pressure levels at every point of the duct system and recommend appropriate noise control measures (e.g., use of silencers, internal acoustic duct lining).

This approach ensures optimal noise management and the achievement of acoustic targets for every application.