Abstract
The cleanliness of accessible water is not always assured as it might become contaminated with bacteria during transmission through pipes, leading to the potential spread of waterborne infections. Creating a water distillation system is recognized as one of the earliest techniques for treating water, effectively removing inorganic chemicals, germs, particles, pollutants, and other impurities. This study aims to suggest a water distillation device that offers convenience to communities with limited access to clean and safe water. Additionally, the study aims to evaluate the efficiency of a cost-effective water distillation apparatus made from recycled plastic bottles. In addition, the researchers developed a detailed graphic diagram and built a water distillation apparatus using recycled plastic bottles to assess its effectiveness. The findings demonstrate that the distillation process effectively removes both organic and inorganic components present in water through evaporation and steam. Utilizing recycled plastic bottles highlights the potential for repurposing waste materials to create effective solutions in water treatment.
