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NO_x emission from incineration of organic wastewater containing aniline in fluidized bed

LU Xiang-rong

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Abstract

The characteristic of NO_x emission from the incineration of organic wastewater containing aniline(C_6H_5NH_2) from lab was investigated at 800~950 ℃ in a bench scale bubbling fluidized bed.The results show that the conversion of organic N to NO_x is influenced by the temperature,the excess air and the content of organic nitrogen in wastewater.The conversion of N-NO_x decreases with increasing in temperature.When excess air coefficient is larger than 1.0~1.1,the conversion of N-NO_x increases with increasing in excess air coefficient,while when excess air is less than 1.0,the conversion of N-NO_x decreases rapidly to 5 percent at the excess air coefficient of 0.8.With the increase of aniline concentration in wastewater,the conversion of(N-NO_x) decreases,and is strongly dependent on temperature.

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What this paper is about

The characteristic of NO_x emission from the incineration of organic wastewater containing aniline(C_6H_5NH_2) from lab was investigated at 800~950 ℃ in a bench scale bubbling fluidized bed.The results show that the conversion of organic N to NO_x is influenced by the temperature,the excess air and the content of organic nitrogen in wastewater.The conversion of N-NO_x decreases with increasing in temperature.When excess air coefficient is larger than 1.0~1.1,the conversion of N-NO_x increases with increasing in excess air coefficient,while when excess air is less than 1.0,the conversion of N-NO_x decreases rapidly to 5 percent at the excess air coefficient of 0.8.With the increase of aniline concentration in wastewater,the conversion of(N-NO_x) decreases,and is strongly dependent on temperature.

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Available abstract

The characteristic of NO_x emission from the incineration of organic wastewater containing aniline(C_6H_5NH_2) from lab was investigated at 800~950 ℃ in a bench scale bubbling fluidized bed.The results show that the conversion of organic N to NO_x is influenced by the temperature,the excess air and the content of organic nitrogen in wastewater.The conversion of N-NO_x decreases with increasing in temperature.When excess air coefficient is larger than 1.0~1.1,the conversion of N-NO_x increases with increasing in excess air coefficient,while when excess air is less than 1.0,the conversion of N-NO_x decreases rapidly to 5 percent at the excess air coefficient of 0.8.With the increase of aniline concentration in wastewater,the conversion of(N-NO_x) decreases,and is strongly dependent on temperature.

Key concepts: Aniline, Wastewater, Incineration, Fluidized bed, Nitrogen, Materials science, Chemistry, Analytical Chemistry (journal)

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