Biodiesel production from supernatant waste cooking oil by a simple one-step technique: calorific value optimization using response surface methodology (RSM) based on D-optimal design
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Title: |
Biodiesel production from supernatant waste cooking oil by a simple one-step technique: calorific value optimization using response surface methodology (RSM) based on D-optimal design |
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Author(s): |
Nabizadeh, R., Garcia, I.L., Sadjadi, S., (...), Yunesian, M., Baghani, A.N. |
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Published/Type: |
2023 (2023-11-1) / Original Article |
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Journal: |
Journal of Material Cycles and Waste Management, 25(6):3567-3583 |
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Abstract: FWCI: 1.6
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Present work studied the use of waste cooking oil (WCO) from catering facilities in Iran, to produce biodiesel under optimal conditions, using a novel modeling approach. Response surface methodology based on D-optimal design, was used to maximize biodiesel calorific value. Collected WCO samples were centrifuged leading to a supernatant phase (S-WCO), used to produce biodiesel, and a bottom phase (B-WCO). According to the modeling results, optimal conditions for maximum calorific value (9500.74 kcal/kg)... |
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