2004East African Medical JournalOpen access

Noise induced hearing loss among industrial workers in Dar es Salaam

B.M. Minja, Ndeserua Moshi, P. Riwa

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Abstract

OBJECTIVES: To determine whether sound in the study areas was of sufficient intensity to cause hearing loss and if so whether those exposed have been affected and to determine whether workers/employees in the study areas were aware that sound can cause hearing loss and if so whether they knew that this can be prevented by ear protection. DESIGN: Cross-sectional study. SETTING: Industrial area A and B randomly selected from among industries in Dar es Salaam. SUBJECTS: One hundred and fifty workers from area A and fifty two employees from area B. RESULTS: In both study areas the noise levels were above the safe limit of 85dB(A). In area A 28 workers and in area B eight employees had noise induced hearing loss. In area A 81.1% of the workers and in area B 85% of the employees knew that noise causes hearing loss. All workers/employees from both study areas knew that noise induced hearing loss could be prevented by some form of ear protection. CONCLUSION: Workers/Employees exposed to noise above 85dB(A) will eventually develop hearing loss. Workers/employees are aware of this hazard. There is therefore a need to educate those exposed on how best to protect their ears from the hazard and provide them with protective gear.

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OBJECTIVES: To determine whether sound in the study areas was of sufficient intensity to cause hearing loss and if so whether those exposed have been affected and to determine whether workers/employees in the study areas were aware that sound can cause hearing loss and if so whether they knew that this can be prevented by ear protection. DESIGN: Cross-sectional study. SETTING: Industrial area A and B randomly selected from among industries in Dar es Salaam. SUBJECTS: One hundred and fifty workers from area A and fifty two employees from area B. RESULTS: In both study areas the noise levels were above the safe limit of 85dB(A). In area A 28 workers and in area B eight employees had noise induced hearing loss. In area A 81.1% of the workers and in area B 85% of the employees knew that noise causes hearing loss. All workers/employees from both study areas knew that noise induced hearing loss could be prevented by some form of ear protection. CONCLUSION: Workers/Employees exposed to noise above 85dB(A) will eventually develop hearing loss. Workers/employees are aware of this hazard. There is therefore a need to educate those exposed on how best to protect their ears from the hazard and provide them with protective gear.

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Available abstract

OBJECTIVES: To determine whether sound in the study areas was of sufficient intensity to cause hearing loss and if so whether those exposed have been affected and to determine whether workers/employees in the study areas were aware that sound can cause hearing loss and if so whether they knew that this can be prevented by ear protection. DESIGN: Cross-sectional study. SETTING: Industrial area A and B randomly selected from among industries in Dar es Salaam. SUBJECTS: One hundred and fifty workers from area A and fifty two employees from area B. RESULTS: In both study areas the noise levels were above the safe limit of 85dB(A). In area A 28 workers and in area B eight employees had noise induced hearing loss. In area A 81.1% of the workers and in area B 85% of the employees knew that noise causes hearing loss. All workers/employees from both study areas knew that noise induced hearing loss could be prevented by some form of ear protection. CONCLUSION: Workers/Employees exposed to noise above 85dB(A) will eventually develop hearing loss. Workers/employees are aware of this hazard. There is therefore a need to educate those exposed on how best to protect their ears from the hazard and provide them with protective gear.

Key concepts: Hearing loss, Industrial noise, Audiology, Medicine, Noise-induced hearing loss, Noise (video), Hazard, Hearing protection

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