SILTING FORECAST OF THE PLANNED RETENTION RESERVOIRS WITHIN THE DRAINAGE SYSTEM IN ŁĄCZANY

B. Michalec, M. Strutyński
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Abstract

This paper presents the concept for the location of two dry water reservoirs designed to retain water led through the main ditch (R) of the drainage system in Łączany. The purpose of the work is to develop a forecast for the reduction in the capacity of planned dry water reservoirs. Planned water reservoirs will allow increasing flood protection of drained areas. Based on geodetic measurements in the selected locations, the capacity of planned dry reservoirs was determined, amounting to 4.08 and 115.49 thousand m3, respectively for the U reservoir formed from the flood relief channel, and the R reservoir, located in the lower course of the R ditch. According to the developed forecast, applying the Gončarov formula, the U reservoir would be 50% silted after 134 years, and the R reservoir would be 50% silted after 149 years. The forecast has been prepared using the method recommended by the guidelines, i.e. it was developed as for reservoirs with constant water damming (accumulation). TE values determined using the Churchill method were adopted in the silting forecast. The estimated forecast indicates a long service life of the reservoirs without the need for their desilting. However, the development of a detailed forecast would require a modification of the calculation methodology, taking into account the determination of the capacity of water reservoirs to retain bed load, typical of dry water reservoirs. In the absence of the method, determination of the service life cycle of water reservoirs can be developed as an estimate.
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ŁĄczany排水系统内计划截流水库的淤积预测
本文提出了两个干水库的位置概念,旨在保留通过Łączany排水系统主沟(R)的水。这项工作的目的是对规划的干水库容量的减少作出预测。规划中的水库将增加排水地区的防洪能力。根据选定地点的大地测量结果,确定了规划干库容量,泄洪通道形成的U型水库容量为4.08万m3,位于R沟下游的R型水库容量为11.549万m3。根据已开发的预测,应用gon arov公式,U库在134年后淤积50%,R库在149年后淤积50%。预报是按照指引所建议的方法编制的,即是说,预报是针对不断有水淤积的水库而编制的。淤泥淤积预测采用丘吉尔法确定的TE值。预测结果显示,水塘的使用寿命较长,无须进行清淤。但是,制定详细的预报需要修改计算方法,考虑到确定水库保持河床负荷的能力,这是典型的干水库。在没有这种方法的情况下,水库使用寿命周期的确定可以作为一种估计。
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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审稿时长
30 weeks
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