Pulp and paper manufacturing facilities typically operate massive devices with a high potential for noise pollution.

In the ceramic sector, noise represents a particularly serious situation, presenting a high number of workers exposed to it with the consequent probability of resulting in occupational disease.

Since many production processes in the chemical and pharmaceutical industries take place at cryogenic temperatures, the use of highly efficient refrigeration systems is imperative, even though they too cause high noise effects.

District heating is a system that distributes centrally generated heat to multiple buildings through a network of insulated pipes. This heating method not only improves energy efficiency but also reduces pollutant emissions.

Cogeneration and trigeneration are innovative energy systems that offer significant benefits in terms of efficiency and sustainability. However, it's important to consider the acoustic impact of these technologies. Cogeneration and trigeneration units can generate noise during their operation, which could negatively affect the surrounding environment.

The pharmaceutical industry is not only dedicated to the research and production of medicines but must also consider the environmental impact of its operations. An often-overlooked aspect is the noise pollution generated by machinery in manufacturing facilities.

The electronics industry is essential for innovation and technological progress, but it also faces challenges related to acoustics. Electronic devices, especially consumer electronics like computers, phones, and appliances, can emit annoying noises, from cooling fans to beeps.

The automotive industry is constantly evolving, aiming to improve both the performance and comfort of vehicles. A crucial aspect is acoustics, as engine, wind, and road noise can significantly impact the driving experience.

The energy sector is essential for powering our society, but energy production and distribution operations can generate significant levels of noise.