FM newsroom – building operations. While air pollution often dominates environmental headlines, another form of pollution is quietly affecting health and well-being inside buildings: acoustic smog. Facility managers are increasingly called upon to create healthier indoor environments that support both productivity and occupant comfort.
The Overlooked Impact of Noise Pollution
Although acoustic smog receives far less attention than air quality, its impact on health can be significant. Often associated with urban noise and constant background sound, acoustic smog has become an almost unavoidable part of modern life — from busy streets to office interiors.
According to a report published by the World Health Organisation (WHO), prolonged exposure to high-intensity noise can contribute to a wide range of health concerns. These include cardiovascular disease, sleep disruption, concentration difficulties, irritability and even depression.
The issue extends far beyond traffic or industrial settings. Much of the problem stems from the indoor spaces where people spend the majority of their time, including offices, educational buildings and public institutions.
Designing Spaces for Better Wellbeing
Architect Anna Baczkowska of Knauf Ceiling Solutions points out for Obiekty.org , the growing importance of acoustic comfort in modern architecture. She notes that effective acoustic design is now essential for creating healthier, more functional indoor environments.
By minimising unwanted noise, acoustic solutions can improve concentration, reduce stress and enable clearer communication without the need for raised voices. In workplace settings, this can translate into improved productivity and employee well-being.
Acoustic Solutions in Practice
A range of innovative materials and systems is now available to help manage sound effectively within buildings.
The greatest challenges are for managers of mass-use facilities, such as train stations. In Western Europe, the use of sound-absorbing systems is becoming standard. Examples include Paddington Station in London, where vertical and horizontal metal panels with acoustic inserts are used, and the Zurich station, where micro-perforated metal ceilings are installed.
These products are not only focused on performance but also on sustainability. Many acoustic panels are manufactured and certified according to Cradle-to-Cradle (C2C) standards, supporting circular construction principles and environmentally responsible building design.
A Growing Priority for Facility Managers
As expectations around occupant wellbeing continue to evolve, acoustic comfort is becoming an increasingly important consideration for facility management professionals. From offices and schools to transport hubs and healthcare environments, quieter interiors are now recognised as a key element of healthy building strategy.
For facility managers, investing in acoustic performance is no longer simply about reducing noise — it is about creating spaces where people can work, learn and recover more effectively.