Dendritic mesoporous silica-confined phase-change composites in a sodium alginate aerogel for stable solar-driven water evaporation and energy harvesting
Key Points
Water evaporation rates increased significantly with the introduction of dendritic mesoporous silica, enhancing energy efficiency.
The use of phase-change composites within a sodium alginate aerogel showed a stable performance during solar-driven experiments.
Assessment using engineered materials demonstrates optimal conditions for energy harvesting using sunlight, adjusting to environmental factors.
Highlights the potential for efficient solar-driven technologies to meet energy demands in sustainable systems.