ANALYSIS OF STABLE PHASE CHANGE MATERIAL MADE USING RUBBERWOOD BIOCHAR FOR THERMAL ENERGY STORAGE
DOI:
https://doi.org/10.35631/IJIREV.824024Keywords:
Biochar, Decanoic Acid, Palmitic Acid, Phase Change Material, Wood CompositeAbstract
This work analyses the stability of phase change materials after being mixed with rubber wood biochar for thermal energy storage. Globally, stable phase change materials are receiving increased attention as it provides better functionality specifically to regulate temperature changes during diurnal temperature fluctuations in building construction elements. This study focuses on conducting three main sections, to obtain the optimum impregnation percentage of rubberwood for the phase change material to achieve effective impregnation, to evaluate the effect of phase change material on the heat transfer properties of wood composites, and to measure the physical and mechanical properties of wood composites with shape-stabilized palmitic acid/decanoic acid as phase change material. Rubberwood particles were pyrolyzed before mixed with palmitic acid and decanoic acid, respectively. Testing of leakage and thermal conductivity were carried out for both mixtures. Mechanical evaluation on wood composites made with the wood mixtures were recorded.
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