印度尼西亚Petrokimia Gresik C PT码头沉积速率分析

A. Huda, Rendatiyarso Laksono, A. Dewi, R. G. Harahap, Nurwati Nurwati, S. Rahayuningsih, D. Putri, Anggoronadhi Dianiswara, Muhammad K Wirawan
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引用次数: 0

摘要

C码头是PT. Petrokimia Gresik的配套设施之一,主要功能是将货物从船上装卸到陆地,反之亦然。码头的另一个好处是它可以显著提高公司的生产能力。C船坞,彼得基米亚·格雷西克。在处理港口淤积时,必须及早分析目前的格局和淤积速率,因为这是预测一定时期内港口所含淤积量的第一步。有几种方法可以最大限度地降低沉降率,其中一种方法是布置码头C,以减少疏浚的频率。本研究比较了现有条件下的防波堤和由于水流和波浪而产生的两个替代防波堤的沉积体积,同时使用Mike 21进行了建模。现有防波堤模拟结果显示,12个月的沉降量为20641.68 m3。备选码头1和2 12个月的沉降量分别为11293.56 m3和7426.2 m3。对码头布局的修改能够降低C码头的沉降速率,12个月的最佳沉降量为13215.48立方米
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sedimentation Rate Analysis in Dock C PT. Petrokimia Gresik, Indonesia
Dock C is one of the supporting facilities at PT. Petrokimia Gresik which functions as loading and unloading goods from ships to land and vice versa. Another benefit of the jetty is that it can significantly increase the company's production capacity. Dock C PT. Petrokimia Gresik. In the treatment of sedimentation in port it is necessary to analyze the current pattern and sedimentation rate early, because this is the first step to predict the amount of sedimentation contained in the port in a certain period of time. Several ways can be done to minimize the rate of sedimentation, one of which is the layout of Dock C to reduce the frequency of dredging. This study compares the sedimentation volume at the existing condition jetty and two alternative jetty that occur due to currents and waves, while modeling is done using Mike 21. The results of the existing jetty modeling show the sedimentation volume for 12 months was 20641.68 m3. Whereas the sedimentation volume from alternative jetty 1 and 2 produced for 12 months was 11293.56 m3 and 7426.2 m3. Modifications to the layout of the jetty provided were able to reduce the rate of sedimentation in Dock C, with the most optimal sedimentation volume for 12 months at 13215.48 m3
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