Development Of Urban Drainage To Improve Water Quality And Prevent Damage To Urban Infrastructure (Case Study: Tanjungbalai City, North Sumatra)
Keywords:
Sustainable Drainage, Climate Change, Urban Growth, Green Infrastructure and Drainage MaintenanceAbstract
This research discusses the development of a sustainable drainage system that is adaptive to climate change and the growth of Tanjungbalai City, with the aim of improving water quality and preventing damage to urban infrastructure. The implementation of effective and environmentally friendly drainage systems is critical in addressing challenges related to flooding, pollution, and infrastructure damage caused by the increasing volume of rainwater. The concept of sustainable drainage includes the design of flexible drainage channels, the use of technology for real-time monitoring, as well as the implementation of green infrastructure such as infiltration gardens and retention ponds. In addition, the separation of rainwater flows from domestic waste, region-based management, and community involvement are also important elements in improving drainage effectiveness. This study suggests that the Tanjungbalai City government and the community work together in designing and managing a sustainable drainage system to create a more resilient and environmentally friendly Tanjungbalai City.
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