An investigation on conversion of vegetable waste into value added biofuel by pyrolysis process of composition among different novel pyrolysis conditions

This study aims to analyse the conversion of vegetable waste into value-added biofuel using pyrolysis under different pyrosis settings. Procedures and materials: The following chemicals were utilised without further purification: hydrochloric acid, methylene blue, silver nitrate, zinc chloride, sodi...

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Hauptverfasser: Abbas, Shaikh Ali, Pandiyan, A.
Format: Tagungsbericht
Sprache:eng
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Zusammenfassung:This study aims to analyse the conversion of vegetable waste into value-added biofuel using pyrolysis under different pyrosis settings. Procedures and materials: The following chemicals were utilised without further purification: hydrochloric acid, methylene blue, silver nitrate, zinc chloride, sodium hydroxide, and lead chloride. It was common practise to dissolve the crucial reagents in analytical grade acetone and de-ionized distilled water. A total of twelve samples were collected: twelve from the control group consisting of plant waste and twelve from the experimental group consisting of vegetable trash. The total number of samples is 24, the G power utilised in the procedure is 80 percent, and the significance level (α) is set at.05 per set. In this case, we assume that the G power is 80%. Results: This study’s findings validate the feasibility of producing activated carbons with large surface areas from vegetable waste by direct chemical activation with ZnCl2. In particular, the FT-IR analysis revealed a diffractogram similar to commercial charcoal. The findings indicated that the two groups were significantly different from each other, with a p-value of 0.001 (p < 0.05). Conclusion: The inquiry was carried out satisfactorily and the outcome was accurately yielded with the limited study.
ISSN:0094-243X
1551-7616
DOI:10.1063/5.0237578