MESPIC_2018_v1 noise control in palm oil mill.pptx

Engineering noise control

1. 2018 SCALE

2. OSH Master Plan 2020 Selection of Industry 1 2

3. Visit to all Palm Oil Mill Issued Letter of Compliance 3 4

4. Presentation & Action Plan . Site Visit & SHC Involvement 5 6

5. Review Quarterly Report Engineering Noise Control Course 7 8

6. Yearly Presentation & Seminar Set Goals 9 10

7. Continuous Improvement 11 “ An essential ingredient for success in noise control is a desire to achieve noise control.” David A Harris, Building and Acoustical Consultant

8. Reduce Noise Assessment PPE Consultant Result Experimental Eng. Control Enforcement How to Reduce Noise?

9. Measure the sound pressure level using B&K 2250-L Record frequency analysis - 1/3 Octave Frequency Analyzer Analyse data recording of frequencies analysis Determine which frequency contribute for industrial noise Select best sound absorption coefficient - acoustic material Apply selection material to the machine Measure the sound pressure level and record frequency Methodology

10. Techniques Analyze and identify Noise Assessment Compare with audiometric test Measure and record frequencies analysis Tackle industrial noise frequency based on SLM record Substitute with appropriate sound absorption material Repeat frequencies analysis measurement using SLM

11. Audiometric test

12. Experimental setting

13. Results and Discussion

14. Conclusions and future research

15. References Guideline for Control of Occupational Noise 2005, DOSH Malaysia Statistic of Occupational Health, DOSH Putrajaya 2016 Engineering Noise Control 5 th Edition (CRC Press)

16. Appendices