Development Of Seabound.-- A Portable Thermal Desalination Device:
Josh Christian T. Ching, Tricia Nicole S. Conor, Ned Jasper C. Estrella and John Paul S. Estrella.--
- Technological University Of The Philippines, Manila. 2023
- xii, 108 pages. 29 cm
Bachelor's thesis
College of Industrial Technology.--
Includes bibliographic references and index.
Water is a precious resource on our planet while water scarcity is a critical global challenge, particularly for coastal communities facing limited access to desalinated water. While desalination offers a potential solution, current technologies have limitations in terms of accessibility, affordability, energy consumption, cost-effectiveness, and environmental impact. This study aims to address these issues and contribute to the alleviation of water scarcity. The primary objective of this research is to help alleviate water scarcity through the effective desalination of salt water as an alternative water source. Specific objectives include designing a portable system with improved condensate accumulation and easy component access, integrating real-time IoT monitoring for enhanced control, developing the system using the DDTC model, and testing its functional efficiency and time behavior. Additionally, the system's quality was assessed based on ISO 25010:2011 standards. The study's findings indicate very good results in terms of functional efficiency and time behavior, with the most effective formulation achieving a score of 4.375. The system also demonstrates excellent performance across 5 ISO 25010:2011 quality standards, receiving an overall rating of 4.73. To further enhance the system, suggestions include conducting third-party laboratory testing for potability and integrating solar panels to reduce electricity consumption. This research aligns with the United Nations Sustainable Development Goal 6, promoting clean water and sanitation.