Optimization of Heat Transfer Efficiency Using Smart Hydrogel Coatings in Energy-Saving and Thermal Regulation

This project focuses on creating an efficient and eco-friendly hydrogel-based coating system to improve heat transfer and surface protection in industrial environments. Hydrogels are soft, water-rich materials that have excellent thermal stability, environmental adaptability, and moisture retention—making them ideal for next-generation coatings. The aim is to solve common industrial challenges like scale buildup, inefficient heat transfer, and high maintenance costs. The system is built using five integrated modules: Coating Estimation, Hydrogel Preparation, Coating Application, Performance Testing, and Admin Management. These modules work together to accurately calculate the amount of coating needed, prepare consistent hydrogel formulations, apply them uniformly, and analyze their effectiveness in real-time. To ensure data safety and control, Blowfish encryption and role-based access are used throughout the system. This prevents unauthorized access and maintains the integrity of sensitive information like coating formulas and performance results. Initial results show that the hydrogel coatings significantly improve heat transfer efficiency and reduce the frequency of maintenance. The system also helps reduce chemical usage and environmental impact. Overall, this smart, web-based platform not only simplifies the coating process but also offers a scalable, secure, and future-ready solution. Future developments may include integrating AI and IoT to enable predictive maintenance and real-time adjustments.