Nov

Ozone Layer Recovery

Ozone depletion significantly contributes to climate change, primarily due to emissions from Chlorofluorocarbons (CFCs) and Hydrochlorofluorocarbons (HCFCs), which are commonly used as refrigerants in air conditioning systems. To combat this issue, we developed an eco-friendly air cooler that employs sustainable mechanisms. Our innovative design utilizes coconut coir for the cooling pads, which offers excellent moisture retention and superior cooling performance compared to traditional materials. With a lifespan of 2 to 4 years, coconut coir is an ideal choice for this application. The air cooler features an additional central cooling pad that is continuously supplied with water, enhancing its cooling capabilities. An external fan draws air into the cooler, where it passes through the wet pads, resulting in cooler air that is then circulated into the room by a main front fan. Additionally, we incorporated an automatic AC/DC system powered by renewable energy sources. By repurposing waste materials such as coconut coir and utilizing a discarded air cooler body, our project promotes sustainable development and reduces electronic waste. Adopting our modified air cooler can significantly decrease reliance on conventional air conditioning systems, thereby reducing the emissions of ozone-depleting substances and contributing to environmental preservation.

The modified air cooler has a positive and sustainable impact on the environment, particularly in mitigating climate change. By promoting eco-friendly mechanisms, this system significantly reduces the emission of ozone-depleting substances such as CFCs and HCFCs. The project utilizes waste materials like coconut coir for the cooling pads, while the body, motors, and water pump are repurposed waste products, showcasing a commitment to reducing waste. Additionally, the modified air cooler conserves energy, consuming less power than conventional air conditioning units. The integration of an automatic AC/DC system promotes the use of renewable energy, further enhancing sustainability. By reducing reliance on traditional air conditioning, the project contributes to the reduction of ozone layer depletion and provides an accessible cooling solution for individuals unable to afford air conditioners. Furthermore, this initiative plays a role in reducing global warming, as CFCs and HCFCs are also greenhouse gases that trap heat. Overall, the modified air cooler exemplifies how innovative approaches can address environmental challenges while supporting sustainable practices.

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