Synthesis of green biodiesel using heterogeneous catalyst derived from snail shells

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Experimental analysis shows 99.8% conversion efficiency in biodiesel from waste frying oils, suggesting a renewable approach with a CaO catalyst.

A high conversion efficiency of 99.8% was achieved using a 1.5 wt% CaO catalyst at 900°C.
The optimization of the transesterification reaction was analyzed using varying methanol to oil ratios and catalyst loadings.
Different analysis techniques, including GC-MS and NMR, confirmed the presence of key components in the biodiesel product.
This approach indicates the potential of using snail shell waste for sustainable biofuel production.

Chaib et al. (2025) studied this question.

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Experimental analysis shows 99.8% conversion efficiency in biodiesel from waste frying oils, suggesting a renewable approach with a CaO catalyst.