DOI: https://doi.org/10.14710/jpa.v6i1.19992

Effectiveness of Noise Barriers Based on Waste Materials in Case Study of Residential Noise Due to Double-Track Railways

Denisa Eka Febrianti  -  Rollingstock Engineering, State Polytechnic of Madiun, Madiun, Indonesia
*Alfi Tranggono Agus Salim orcid scopus  -  Rollingstock Engineering, State Polytechnic of Madiun, Madiun, Indonesia
Wida Yuliar Rezika  -  1Rollingstock Engineering, State Polytechnic of Madiun, Madiun, Indonesia
Muhamad Azwar Annas orcid  -  Faculty of Science and Education, University of Muhammadiyah Lamongan, Lamongan, Indonesia
Suyatno Suyatno  -  Department of Physics, Institute Technology of Sepuluh Nopember, Surabaya, Indonesia
Received: 20 Aug 2023; Revised: 25 Nov 2023; Accepted: 27 Nov 2023; Available online: 30 Nov 2023; Published: 30 Nov 2023.

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Abstract

The noise pollution in residential areas adjacent to double-track railways can significantly disturb the comfort and well-being of residents. The noise originates from passing trains on these double-track railways. The research problem aims to compare the noise levels in the residential area with the standard noise threshold and evaluate the effectiveness of a noise barriers based on waste material called sustainable noise barrier. The effectiveness of reducing noise levels for communities residing near the dual railway lines. The sustainable noise barrier is constructed using waste cardboard and sawdust as sound absorbers for reducing noise from passing trains. The objective of the research is to analyze the noise levels in the residential areas near the dual railway lines, referring to the noise threshold value specified in Kep.MenLH No.48 of 1996, which is 55 dBA. Additionally, the research aims to assess the effectiveness of the sustainable noise barrier in mitigating noise pollution in these residential areas. The research employs a quantitative experimental method, following the SNI 8427 of 2017 standard for measuring residential noise pollution and determining the sustainable noise barrier's effectiveness using Insertion Loss (IL) and Sound Transmission Loss (STL) measurements in both laboratory-scale and existing conditions (alongside the double-track railways). The research findings indicate that the noise levels in residential areas adjacent to dual railway lines exceed the threshold value, reaching 78.08 dBA. However, the sustainable noise barrier proves to be effective in reducing noise pollution by 27 dB at a frequency of 1,000 Hz in the residential areas neighboring the double-track railways. This research suggests that limiting noise disturbances in residental areas bordering railway lines is one solution with noise barriers.

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Keywords: Applied Physics

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Language : EN
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  1. F. Y. P. T. Aji, “Analysis of Environmental Noise from Trains in Settlements Passed by Double Track Lines,” Sepuluh Nopember Institute of Technology, Surabaya, (2017)
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  3. M. S. Putra, R. Kusumawati, dan R. P. A. Putranto, “Effect of Railway Noise on Quality of Life,” Community of Medicine, 6, 1–11, (2017)
  4. L. H. Kementrian, "Decree of the Minister of Environment Number: KEP48/MENLH/11/1996", (1996)
  5. S. Shahidan, M. Z. Maarof, N. I. R. Hanan, dan N. Ali, “Existing Noise Level At Railway Station in Malaysia,” MATEC Web Conferences, 103, 2–9, (2016)
  6. Regulation of the Minister of Health of the Republic of Indonesia Number 718/MENKES/PER/XI/1987 TAHUN 1987 on Noise Relating to Health, (1987)
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  8. J. Sughani dan Ar. S. Soni, “The Relevance Of Acoustic Materials In Terms Of Sustainability,” International Journal of Current Research, 9, 53690–53696, (2017)
  9. M. A. Annas, “Characterization of PVC Pipe-based Sonic Crystal-shaped Noise Controllers,” Sepuluh Nopember Institute of Technology, Surabaya, (2019)
  10. Indonesian National Standard 8427:2017 on Environmental Noise Level Measurement, (2017)
  11. F. A. Krismayanti, “Analysis of the Distribution of Train Noise Level at Double Track Winongo Railway, Madiun City,” Jurnal Perkeretaapian Indonesia Indonesian Railway Journal, 6, 26–31, (2022)
  12. I. Jones dan Stokes, "Technical Noise Supplement", Sacramento, California: ICF Jones & Stokes, (2009)
  13. R. R. Eka Arista, "Design of Barrier Making to Reduce Train Noise Due to Double Track Railway Line in the Residential Area of Manggarai-Bekasi Crossing,” Jurnal Perkeretaapian Indonesia, 1, 97–104, (2017)
  14. M. J. Crocker, "Handbook of Accoustics" Canada: John Wiley & Sons Inc., (1998)
  15. R. F. Barron, "Industrial Noise Control and Acoustics" New York: Marcel Dekker, (2001)
  16. W. H. Tan, S. Amares, W. Faridah, dan W. K. Heng, “Analysis of Noise Level and Sound Transmission Loss (STL) of Noise Barrier Material for the Construction Site,” The International Journal of Integrated Engineering, 13, 151–162, (2021)
  17. D. Jurevicius dan T. Evans, “Investigation Of Additional Insertion Loss From T-Profile and Absortive Noise Barriers,” dipresentasikan pada Accoustics 2015 Hunter Valley, Australia, Nov 2015, 1–11, (2015)
  18. W. Sun, Q. Su, dan H. Yuan, “Analysis of Influencing Factors on Noise Reduction Effect of High-Speed Railway Sound Barrier,” Materials and Science Engineering, 1–7, (2019)
  19. A. Jagniatinskis, B. Fiks, dan M. Mickaitis, “Determination of Insertion Loss of Acoustic Barriers Under Specific Condition,” Elsevier, 289–294, (2017)
  20. C. E. Mediastika, Material Akustik Pengendali Kualitas Bunyi pada Bangunan. Yogyakarta: ANDI, (2009)
  21. Peraturan Menteri Kesehatan Republik Indonesia Nomor 718/MENKES/PER/XI/1987 TAHUN 1987 Tentang Kebisingan yang Berhubungan Dengan Kesehatan. 1987
  22. F. Ahmad dan A. Margiantono, “Analisis Kebisingan Lingkungan Pada Lintasan Kereta Api Double Track ‘Stasiun Alastuo – Jamus,’” Dinamika Sosial Budaya, vol. 23, 1, 43–55, (2021)
  23. J. Sughani dan Ar. S. Soni, “The Relevance Of Acoustic Materials In Terms Of Sustainability,” International Journal of Current Research, vol. 9, 07, 53690–53696, (2017)
  24. M. A. Annas, “Karakterisasi Pengendali Kebisingan Berbentuk Kristal Sonik Berbahan Dasar Pipa PVC,” Institut Teknologi Sepuluh Nopember, Surabaya, (2019)
  25. Standar Nasional Indonesia 8427:2017 tentang Pengukuran Tingkat Kebisingan Lingkungan. (2017)
  26. F. A. Krismayanti, “Analisis Persebaran Tingkat Kebisingan Kereta Api di Rel Double Track Winongo Kota Madiun,” Jurnal Perkeretaapian Indonesia Indonesian Railway Journal, vol. 6, 26–31, (2022)
  27. I. Jones dan Stokes, Technical Noise Supplement. Sacramento, California: ICF Jones & Stokes, (2009)
  28. R. R. Eka Arista, “Desain Pembuatan Barrier Guna Mengurangi Kebisingan Kereta Api Akibat Double Track Jalur Kereta Api Di Area Pemukiman Lintas Manggarai-Bekasi,” Jurnal Perkeretaapian Indonesia, 2017, vol. I, 97–104, (2017)
  29. M. J. Crocker, Handbook of Accoustics. Canada: John Wiley & Sons Inc., (1998)
  30. R. F. Barron, Industrial Noise Control and Acoustics. New York: Marcel Dekker, (2001)
  31. W. H. Tan, S. Amares, W. Faridah, dan W. K. Heng, “Analysis of Noise Level and Sound Transmission Loss (STL) of Noise Barrier Material for the Construction Site,” The International Journal of Integrated Engineering, vol. 13, 4, 151–162, (2021)
  32. D. Jurevicius dan T. Evans, “Investigation of Additional Insertion Loss From T-Profile and Absortive Noise Barriers,” dipresentasikan pada Accoustics 2015 Hunter Valley, Australia, (Nov 2015), 1–11
  33. W. Sun, Q. Su, dan H. Yuan, “Analysis of Influencing Factors on Noise Reduction Effect of High-Speed Railway Sound Barrier,” Materials and Science Engineering, 1–7, (2019)
  34. A. Jagniatinskis, B. Fiks, dan M. Mickaitis, “Determination of Insertion Loss of Acoustic Barriers Under Specific Condition,” Elsevier, 289–294, (2017)
  35. C. E. Mediastika, Material Akustik Pengendali Kualitas Bunyi pada Bangunan. Yogyakarta: ANDI, 2009

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