Examining the Acoustical Soundproof Plumbing System in Buildings: A Prospective Approach

Journal: Architecture Engineering and Science DOI: 10.32629/aes.v6i1.3574

Mohammad Arif Kamal1, H. Chinna Saidulu2

1. Architecture Section, Aligarh Muslim University, Aligarh, India
2. Department of Architecture, School of Architecture and Planning, JNAFAU, Hyderabad, India

Abstract

When installing internal pipe work in high-rise apartment buildings or multi-occupancy buildings, acoustic drainage is crucial to ensure that the occupants or tenants are not disturbed by the sound of running water or vibrations from the pipes. Acoustic plumbing aims to combat the issue of internal noise pollution by containing the sound within the waste and drainage pipes. Acoustical soundproof plumbing systems are pipe solutions that minimize noise transmitted through the pipes in the building. Anywhere a pipe passes through a fixed wall or floor and is physically fastened, pipe insulation can stop noise transfer by dampening the pipe wall and serving as an acoustic decoupling device. This research paper presents a comprehensive overview of the acoustical soundproof plumbing system and the strategies and latest technologies to reduce the noise in the buildings.

Keywords

acoustics, soundproof, plumbing, drainage, pipes, building services, architecture

References

[1] Adlakha P. K. et al. (2019), New Building Materials, and Technologies, Vol. IV, Compendium of New Building Technologies, Indian Building Congress, New Delhi, India.
[2] Jain S., Kamal Arif M., (2023). Storm Water Management through Water Sensitive Urban Design and Planning: Case of a University Campus in India. Architecture Engineering and Science, 4(3), pp.168-182.
[3] Kamal Arif M., Kumar A., Najamuddin N., (2016), Examining the Need and Necessity of Water Harvesting in Greater Noida, India: A Sustainable Approach, American Journal of Civil Engineering and Architecture, 4(6), pp. 2016-2020.
[4] Nash C. (2017). Acoustics in plumbing systems, American Society of Plumbing Engineers, USA.

Copyright © 2025 Mohammad Arif Kamal, H. Chinna Saidulu

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