Abstract
ABSTRACT This study focuses on applying riverbank filtration (RBF) in Malaysia, aiming to address water quality challenges caused by river water pollution, particularly the presence of harmful pathogens that can lead to waterborne diseases. Malaysia heavily relies on surface water as its primary source of potable water, making it crucial to explore practical and sustainable technologies for water treatment. Riverbank filtration is a promising low-cost, environmentally friendly technology that has shown significant potential in reducing the concentration of harmful bacteria and contaminants in water supplies. However, research into RBF's effectiveness in Malaysia has been limited, warranting further investigation and understanding of its application. The study emphasizes the importance of protecting surface water from contamination and conducting risk assessments of microorganisms in groundwater, particularly in the context of RBF implementation. A thorough understanding of the movement and retention of pathogenic bacteria in the aquifer is vital for optimizing RBF's efficiency and ensuring drinking water safety. Moreover, the study highlights the significance of considering soil properties and characteristics to determine suitable sites for RBF application. By providing valuable insights into RBF's potential benefits and capacity to address water quality issues, this research contributes to the advancement of sustainable water resource management in Malaysia, offering a promising solution for safeguarding public health and water security in the country. KEYWORDS: Riverbank filtration (RBF), drinking water, pathogenic pollutants
Published Version
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