Evaluating Water Consumption and the Potential for Conservation Strategies in Household Settings: A Study at Phase 1 Barangay Bf Homes Parañaque City
This study evaluated water consumption and the potential for conservation strategies in household settings in Phase 1, Barangay BF Homes, Parañaque City. This study aimed to evaluate water consumption patterns in households in Phase 1, Barangay BF Homes, Parañaque City, taking into account previous issues with water service and urbanization. A stratified random sample method was used to conduct a household survey, with 379 household respondents providing data. The questionnaire covered demographics, water usage, conservation awareness, and conservation hurdles. Quantitative data were analyzed using descriptive and inferential statistics, while qualitative data were thematically analyzed. Water conservation issues at Barangay BF Homes Phase 1 include inadequate infrastructure, excessive expenses, and a lack of awareness. However, the community can drastically cut down on water use with more awareness, the adoption of water-efficient devices, and rainwater collection. Future efforts can be guided by the survey's diverse demographic, which includes the majority of respondents being male, between the ages of 35 and 44, and living in larger homes. Despite excessive water use, the community's understanding of peak periods offers a chance to put in place practical solutions like water metering and educational initiatives. Promoting sustainable practices requires giving locals the confidence that they can conserve water. Long-term water sustainability can be attained by the community by concentrating on these tactics.
Authors
- Sana
- 。 Suarez
- Mamitag
- Pudan
- Bautista
- Callao
- Mangyao
- Amoro
- Olea
- Lupango
- Verdejo
- Durias
Publication Details
- Journal
- DIT ADS International Multidisciplinary Research Journal
- Published
- 2025-08-09
- DOI
- https://doi.org/10.63941/dit.adsimrj.2025.1.3.1.33
- Primary Topic
- Water Quality Monitoring Technologies
- Type
- article
- Field-Weighted Citation Impact
- 0.00