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2003•Journal of Gansu SciencesRequires access

DEGRADATION OF NITROBENZENE IN AQUEOUS SOLUTION BYCONTACT GLOW DISCHARGE ELECTROLYSIS

Gao Jin

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Abstract

Contact glow discharge electrolysis of nitrobenzene in the sodium sulfate solution was investigated in various conditions, such as initial concentrations, pH, and voltages. The results have shown that concentration and voltage play an important role, and pH value has no appreciable effect on the degradation of nitrobenzene, whlie Fe\+\{2+\} has a remarkable catalytic effect. Some intermediate products were analyzed by a high performance liquid chromatography (HPLC).

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What this paper is about

Contact glow discharge electrolysis of nitrobenzene in the sodium sulfate solution was investigated in various conditions, such as initial concentrations, pH, and voltages. The results have shown that concentration and voltage play an important role, and pH value has no appreciable effect on the degradation of nitrobenzene, whlie Fe\+\{2+\} has a remarkable catalytic effect. Some intermediate products were analyzed by a high performance liquid chromatography (HPLC).

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Available abstract

Contact glow discharge electrolysis of nitrobenzene in the sodium sulfate solution was investigated in various conditions, such as initial concentrations, pH, and voltages. The results have shown that concentration and voltage play an important role, and pH value has no appreciable effect on the degradation of nitrobenzene, whlie Fe\+\{2+\} has a remarkable catalytic effect. Some intermediate products were analyzed by a high performance liquid chromatography (HPLC).

Key concepts: Nitrobenzene, Electrolysis, Aqueous solution, Degradation (telecommunications), Chemistry, Sodium sulfate, Glow discharge, High-performance liquid chromatography

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