Assessment of the Quality of Sachet (Packaged) Water Consumed in Kono District, Sierra Leone
A significant priority in developing countries, including Sierra Leone, is access to clean and safe drinking water, which is largely unavailable. Packaged water, often sold in sachets, is increasingly filling this gap, particularly in urban areas. However, public health concerns persist due to a lack of stringent regulations and monitoring to ensure compliance with water quality standards. This study evaluated the physical, chemical, and biological quality of sachet drinking water from five companies in Kono District, Sierra Leone. Standard laboratory analyses were performed on water samples, and consumer perceptions were gathered via questionnaires. While the physical and chemical properties of the sachet water brands generally complied with Sierra Leone Ministry of Water Resources (MWR-SL) and World Health Organization (WHO) standards, bacteriological quality, specifically aerobic plate counts, exceeded these standards in most samples. Only Good Family Pure Water company met all MWR-SL and WHO permissible standards. Consumer preference analysis revealed Good Family Pure Water was favored by 54.5% of respondents, followed by Janneh Spring Water (15%), Diamond Pure Water (12%), Hali Fresh Water (10.5%), and Nimi Hills Spring Water (8%). Good Family Pure Water also ranked highest in perceived quality, aligning with laboratory results. The study recommended that sachet water companies in Sierra Leone adhere strictly to hygiene standards to prevent product contamination, ensuring public safety and a healthier population, thereby reducing the need for resource allocation towards disease control.
Authors
- S.H.B. Lebbie
- Fatmata Gegbe
- David Conteh
- Sahr Gbeinda
Institutions
- Njala University (SL)
- University of Makeni (SL)
Publication Details
- Journal
- International Journal of Environmental Chemistry
- Published
- 2025-10-09
- DOI
- https://doi.org/10.11648/j.ijec.20250902.15
- Primary Topic
- Child Nutrition and Water Access
- Type
- article
- Field-Weighted Citation Impact
- 0.00