Budi Heri Pirngadi, Deden Syarifudin, M. Zaenal Ramdhani As Siddiq
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The research findings reveal that, in the development scenario, the water flow pattern remains largely unchanged, with limited efforts to harness rainfall or manage wastewater. Precipitation and surface water predominantly contribute to the water inflow in the research area. Furthermore, the provision of clean water heavily relies on external sources. Based on this water flow analysis, there exists an opportunity to implement water-sensitive urban design principles in the research area. This involves capturing rainwater through effective harvesting techniques and adopting wastewater reuse strategies, focusing on non-potable applications. 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引用次数: 0
摘要
Tegalluar地区的发展是一个战略规划的综合住宅中心,有可能成为西爪哇省新的省政府中心,这是万隆县政府的首要任务。为了实现这一愿景,已经制定了tegalluarintegrated Settlement Area的区域详细空间规划(RDTR)和Bojongsoang Planning Area (BWP)。与此同时,该地区一直在努力应对持续存在的水资源管理挑战,其特点是每年雨季发生洪水,旱季缺水。本研究旨在全面分析该区域内的水流循环,并探索与RDTR相一致的水管理的潜在方案。研究结果表明,在发展情景中,水流模式基本保持不变,利用降雨或管理废水的努力有限。降水和地表水是研究区来水的主要来源。此外,清洁水的供应严重依赖外部来源。基于这种水流分析,有机会在研究区域实施水敏感型城市设计原则。这包括通过有效的收集技术收集雨水和采用废水再利用战略,重点是非饮用应用。这些措施可以提高水的可持续性,减轻该地区与水有关的挑战。
Review of The Water Carrying Capacity and Water Flow at RDTR of The Spatial Planning of Tegalluar Residential Integrated Area in Bandung Regency
The development of Tegalluar area as a strategically planned integrated residential center, potentially serving as the new provincial government center for West Java, stands as a top priority for the Bandung Regency Government. To support this vision, the Regional Detailed Spatial Plan (RDTR) for Tegalluar Integrated Settlement Area and the Planning Area (BWP) of Bojongsoang have been formulated. Concurrently, the region has grappled with persistent water resource management challenges, marked by annual flooding during the rainy season and water shortages in the dry season. This research aims to comprehensively analyze the water flow cycle within the area and explore potential scenarios for water management in alignment with the RDTR. The research findings reveal that, in the development scenario, the water flow pattern remains largely unchanged, with limited efforts to harness rainfall or manage wastewater. Precipitation and surface water predominantly contribute to the water inflow in the research area. Furthermore, the provision of clean water heavily relies on external sources. Based on this water flow analysis, there exists an opportunity to implement water-sensitive urban design principles in the research area. This involves capturing rainwater through effective harvesting techniques and adopting wastewater reuse strategies, focusing on non-potable applications. Such measures can enhance water sustainability and mitigate the region's water-related challenges.