Application of Bio-pore Infiltration Hole as an Urban Runoff Management

Abstract

The application of bio-pore infiltration holes (BIH) can be one solution for urban runoff management by reducing surface runoff to the ground. But, the difference in soil types and characteristics could affect the runoff reduction that can be achieved by BIH. This research aims to determine the runoff reduction can be achieved by bio-pore infiltration hole (BIH) from different soil types and conditions. The methods in this study mainly focus on hydraulic conductivity calculations using Porchet method and the implementation of Minister of Environment Regulation Numb. 12/2009 for the BIH installations. Based on the implementation of Minister of Environment Regulation Numb. 12/2009, the required BIHs for the area of 500 m2 are 1,000, both for silt and clay soils. The runoff reductions that can be achieved with the application of BIHs are 38.98-95.73% for silt soils and 20.67-54.28% for clay soils, depends on the soil conditions.

Relevansi Sistem Biopori Dalam Upaya Penangananan Dan Pencegahan Banjir Melalui Analisis Bibliometric

“…Penelitian laing menjelaskan jika Penerapan Bio-Pore Infiltration Hole sebagai solusi untuk mengurangi risiko banjir di komunitas padat penduduk sepert di wilayah di Jabodetabek. Bio-Pore Infiltration Hole merupakan suatu sistem drainase berbasis biologi yang dirancang untuk 94 EISSN 2828-027X meningkatkan daya serap tanah dan meredam air permukaan, mengurangi risiko banjir di wilayah urban yang padat penduduk (Khusna, Amin, and Sekarrini 2020;Nugroho and Hadi 2019). Artikel ini kemungkinan mencakup rincian tentang implementasi teknologi ini, hasil kinerja, dan dampaknya terhadap masyarakat dan lingkungan.…”