2001Energy SourcesRequires access

Combustion of Spent Lube Oil After Mixing with Kerosene or Diesel

Y. H. Khraisha, M. A. Hamdan, J. M.

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Abstract

Spent lube oil (SLO) was mixed with kerosene or diesel in various percents and then burned in a laboratory combustion unit. The effects of air to fuel ratio (A/F) on the flame temperature, combustion efficiency, thermal efficiency of the unit, and combustion product gases were studied. Results have shown that the maximum temperature of the flame was obtained at the center axis of the flame, and the flame temperature was decreased as A/F ratio or % SLO in the fuel mixtures was decreased. The maximum percentages of SLO that can be mixed with kerosene or diesel and then burned in the combustion unit are 40% and 15%, respectively. Combustion and thermal efficiencies were increased as A/F ratio was increased and then decreased for higher A/F ratios.

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What this paper is about

Spent lube oil (SLO) was mixed with kerosene or diesel in various percents and then burned in a laboratory combustion unit. The effects of air to fuel ratio (A/F) on the flame temperature, combustion efficiency, thermal efficiency of the unit, and combustion product gases were studied. Results have shown that the maximum temperature of the flame was obtained at the center axis of the flame, and the flame temperature was decreased as A/F ratio or % SLO in the fuel mixtures was decreased. The maximum percentages of SLO that can be mixed with kerosene or diesel and then burned in the combustion unit are 40% and 15%, respectively. Combustion and thermal efficiencies were increased as A/F ratio was increased and then decreased for higher A/F ratios.

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Available abstract

Spent lube oil (SLO) was mixed with kerosene or diesel in various percents and then burned in a laboratory combustion unit. The effects of air to fuel ratio (A/F) on the flame temperature, combustion efficiency, thermal efficiency of the unit, and combustion product gases were studied. Results have shown that the maximum temperature of the flame was obtained at the center axis of the flame, and the flame temperature was decreased as A/F ratio or % SLO in the fuel mixtures was decreased. The maximum percentages of SLO that can be mixed with kerosene or diesel and then burned in the combustion unit are 40% and 15%, respectively. Combustion and thermal efficiencies were increased as A/F ratio was increased and then decreased for higher A/F ratios.

Key concepts: Kerosene, Diesel fuel, Combustion, Mixing (physics), Waste management, Environmental science, Fuel oil, Petroleum engineering

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