🌞 Enhancing Solar Still Performance with Castor Shell Powder and Carbonized Castor Shell Powder for Clean Water Production 💧

🌿 Sustainable Innovation for Clean Water

Access to clean water 💦 is one of the most pressing global challenges. This research introduces a sustainable solution by improving solar still performance using castor shell powder and carbonized castor shell powder 🌱⚫. These natural additives increase sunlight absorption and heat retention, boosting the overall thermal efficiency of the solar distillation process ☀️. The result is higher freshwater output with minimal energy use, making it both eco-friendly and cost-effective ♻️.


⚙️ Energy and Exergy Insights

The study performs detailed energy and exergy analyses 🔍 to evaluate how effectively solar energy is converted into clean water. The use of carbonized castor shell enhances heat transfer and minimizes thermal losses, optimizing the still’s performance 🌡️. This leads to improved productivity while maintaining energy sustainability 🌞, demonstrating the power of biomass-based materials in renewable water purification systems 💧.

💰 Eco-Friendly and Economical Solution

Beyond improving efficiency, this approach aligns with the goals of green technology 🌍. Castor shell, an agricultural by-product, adds value by turning waste into a functional, low-cost energy material 💸. The integration of castor derivatives in solar stills supports clean water production 🌊, reduces environmental impact 🌿, and promotes circular economy principles for a sustainable future .

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