TRAINING NOISE CONTROL MANAGEMENT

Training Noise Control

Training Manajemen Kontrol Kebisingan

TRAINING INTRODUCTION 

One possible cause of hearing damages on men is the level of noise exposures that beyond the limit of sound pressure level or percent dose allowed for a normal working hours. Industrial workers who receive noise exposure in their everyday working environment, are vulnerable to experience hearing damage either in the form of temporary (TTS) or permanent threshold shift ((PTS). Therefore, the industry should establish a professional program of noise control management in order to protect the health and safety of the workers.
In association with Indonesian regulation for safety and healthy working condition (PP No. 3 1975), limit of Leq 85 dBA noise exposure level for 8 hours working day is required for work places. Instead, a Leq limit of 90 dBA steady noise levels for 8 hours working day is determined in OSHA regulation (1974) for occupational noise. Higher levels of noise will reduce the allowable exposure time or working period of workers; therefore, a feasible administrative or engineering noise controls should be applied. When employees are subjected to noise exposures exceeding the limit stated in OSHA regulation, personal ear protectors, such as, earplug or earmuff, shall be provided.

TRAINING OBJECTIVES

1. Learn about noise in industry and the effects of noise to workers
Learn about noise measurement and analysis techniques including instrumentation
2. Learn how to design, monitor and implementing a management system for preserving health and safety of workers from noise exposure in industry
3. Learn how to design, monitor and implementing noise control engineering in industry

WHO SHOULD ATTEND THIS TRAINING?

Safety, Health and Environmental Manager / Engineer, Power Plant and Process Facility, Process and Design, Maintenance Manager / Superintendent / Engineer, Chief Medical Officer

TRAINING MATERIAL OUTLINE 

1. INTRODUCTION
2. FUNDAMENTALS OF ACOUSTICS
   a. Sound Levels and Decibel Scales
   b. Sound Propagation Outdoors and Indoors
   c. Air and Structure borne Sound Propagations
3. NOISE SOURCES IN INDUSTRY
   a. Fan Noise
   b. Compressor and Pump Noise
   c. Jet Noise
   d. Pipe Flow Noise
   e. Other Noise Sources
4. NOISE MEASUREMENT AND FREQUENCY ANALYSIS
   a. Measurement Methods
   b. Microphones
   c. SLM and Integrating Devices
   d. Time Varying Noise and Spectrum Analysis
   e. Audiometer
5. HEARING CHARACTERISTICS
   a. Hearing Mechanism and Threshold of Hearing
   b. Loudness Levels and Computation
   c. Hearing Loss and Audiometric Test
6. EFFECTS OF NOISE ON HUMAN
   a. Annoyance Levels
   b. Noise Induced Hearing Loss
   c. Noise Dose Calculation
7. NOISE CONTROL TECHNIQUES
   a. Planning a Noise Control Program
   b. Noise Control by Planning and Maintenance
   c. Enclosure and Barriers
   d. Silencers, Mufflers and Attenuators
   e. Noise Control by Room Treatment
8. NOISE CONTROL MANAGEMENT
   a. Priority Planning and Approach
   b. Noise survey and Visual Inspection
   c. Noise Abatement Procedures and Guidelines
   d. Hearing Conservation Program
   e. Noise Control Standards and Regulations
9. TUTORIALS AND PRACTICAL WORKS
   a. Insulation
   b. Noise measurement and frequency analysis
   c. Noise Dose

Metode :

Kelas interaktif (ceramah dan studi kasus), metode penyelenggaraan dapat dilakukan melalui training online, training zoom ataupun training tatap muka