Sustainable Cooling with Clay Tubes in Honeycomb Structures

Abstract

This study explores the effectiveness of dimpled and protruding clay tubes within a honeycomb structure as a sustainable cooling solution, validated through experimental data. By continuously dripping water over clay tubes and passing ambient air through the structure at varying velocities (1 m/s to 3.5 m/s), a significant temperature drop of 9-11°C was achieved. The results provide detailed insights into airflow and heat transfer mechanisms. This sustainable cooling method shows promise for applications in large spaces like malls and auditoriums, offering an eco-friendly alternative to traditional systems. Future research will focus on optimizing design for enhanced efficiency.