Study and Construction of a Purified Water Cooling and Heating System Using Peltier Module

Abstract

This project presents the design and implementation of an innovative Water Purifier System employing a Peltier Module for both cooling and heating functionalities. The system integrates advanced filtration components, including Activated Carbon, Mineral Sand Ball, Zeolite & Silica Gel, and a Ceramic Filter, along with a Pump Motor for water circulation and a Heat Sink for efficient heat dissipation. The filtration process begins with the ceramic filter, removing larger particles, followed by activated carbon to adsorb impurities and enhance water taste. Mineral sand balls contribute beneficial minerals, while zeolite and silica gel provide additional purification. The heart of the system lies in the Peltier Module, capable of cooling or heating the water as needed, offering a versatile solution for diverse applications. A carefully designed water circulation system, powered by the pump motor, ensures that water passes through each filtration stage and interacts with the Peltier Module for optimal treatment. The heat sink plays a crucial role in maintaining the efficiency and longevity of the Peltier Module by dissipating the generated heat. This integrated water purifier system aims to deliver purified water with improved taste, reduced impurities, and the flexibility of temperature control. The combination of cooling, heating, and multi-stage filtration makes it suitable for various environments, offering a sustainable and efficient solution for enhancing water quality. The project aligns with the growing demand for innovative water treatment technologies, addressing the need for clean and customized water solutions in different contexts.