The Noise Level in Residential Areas Bordering Jagorawi Highway

Evelyne Hanaseta N, Lidia Handayani, Yega Serlina
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Abstract

Noise pollution has not become a priority in environmental issues, but the potential negative impact on society based on studies can be in the form of physical and psychological disturbances, the main cause of noise in the urban area is transportation. Identification of noise sources needs should be done to ensure that the sound produced accordance with environmental characteristics. The Jagorawi toll road is the 3rd density toll road in the Jabodetabek area, compared to several other toll roads. Jagorawi toll road is bordered by residential areas. In the Cibubur-Cimanggis sector, this toll road is directly adjacent to residential areas with a distance of < 20 meters and some points do not have barriers to reduce noise. The Cibubur-Cimanggis sector is currently developing with the addition of the LRT, which will operate in 2022 so that current noise measurements can be used as baseline data at the study site. This noise monitoring is intended to conclude whether or not there is an effect of noise felt by the surrounding community from activities on the Jagorawi toll road and to obtain a reduction in noise levels using a single barrier with a height of 0.5, 1, 1.5 and 2 m. Noise monitoring is carried out using SNI 8421:2017 for 24 hours at 2 measurement points in residential areas. Point one and point two each have a noise value (Lsm) of 68.87 and 61.29 dBA with a correlation value of 0.605 (medium). The noise value has exceeded the quality standard for residential designation based on the Minister of Environment Decree No. 48 of 1996 (55 dBA), so a barrier is needed to reduce the noise received by the community. The analysis of the use of the barrier studied is a single barrier with G = 1. As the result of adding a barrier at point 1 with high 2 m, the noise value can be reduced by 16.7 dBA with a p-value of 0.00, so the addition of a barrier has a significant impact on the noise value. This study found the effect of noise from the Jagorawi toll road up to a distance of 114 m at a point that does not use a barrier, so the role of the barrier along the toll road is very important. With the use of a barrier, the distance required to reduce single noise originating from the toll road to < 55 dBA is 20 m.
雅哥拉维高速公路附近居民区的噪音水平
噪声污染尚未成为环境问题中的优先问题,但根据研究,其对社会的潜在负面影响可以身体和心理干扰的形式出现,城市地区噪声的主要原因是交通。应确定噪声源的需要,以确保所发出的声音符合环境特点。与其他几条收费公路相比,Jagorawi收费公路是Jabodetabek地区第三密度收费公路。Jagorawi收费公路与居民区接壤。在Cibubur-Cimanggis路段,这条收费公路直接毗邻居民区,距离< 20米,有些地方没有屏障来降低噪音。Cibubur-Cimanggis地区目前正在开发中,将于2022年投入运营的轻轨,以便目前的噪音测量可以用作研究地点的基线数据。这项噪音监测的目的是得出结论,周围社区是否感受到Jagorawi收费公路上的活动对噪音的影响,并通过使用高度为0.5米、1米、1.5米和2米的单一屏障来降低噪音水平。使用SNI 8421:2017在居民区的2个测量点进行24小时的噪声监测。点1和点2的噪声值(Lsm)分别为68.87和61.29 dBA,相关值为0.605(中等)。噪音值超过了1996年环境部法令第48号规定的住宅指定质量标准(55dba),因此需要设置屏障,以减少社区接收到的噪音。所研究的屏障的使用分析是单个屏障,G = 1。由于在1点高2 m处增加屏障,噪声值可降低16.7 dBA, p值为0.00,因此增加屏障对噪声值有显著影响。这项研究发现,从Jagorawi收费公路到114米远的地方,没有使用屏障的噪音的影响,所以沿收费公路的屏障的作用是非常重要的。在使用屏障的情况下,将来自收费公路的单一噪声降低到< 55 dBA所需的距离为20米。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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