Reduction of nitrogen oxide emissions using nickel-copper alloy catalyst in diesel engines

Results of experiments conducted for the reduction of NO sub x in diesel engine exhaust using Ni-Cu alloy, marketed under the name Monel, are reported. At temperatures > 600K, and space velocities up to 40 000 h exp -1 , Monel is found to reduce approx70% of NO sub x in diesel engine exhaust. Mon...

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Published in:Indian journal of engineering and materials sciences 1995-08, Vol.2 (4), p.167-171
Main Authors: NEDUNCHEZHIAN, N, BALAGURUNATHAN, K, SRINIVASA RAO, P, GANESAN, V
Format: Article
Language:English
Subjects:
Air pollution caused by fuel industries
Applied sciences
Energy
Energy. Thermal use of fuels
Exact sciences and technology
Pollution reduction
Stack gas and industrial effluent processing
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container_title Indian journal of engineering and materials sciences
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creator NEDUNCHEZHIAN, N
BALAGURUNATHAN, K
SRINIVASA RAO, P
GANESAN, V
description Results of experiments conducted for the reduction of NO sub x in diesel engine exhaust using Ni-Cu alloy, marketed under the name Monel, are reported. At temperatures > 600K, and space velocities up to 40 000 h exp -1 , Monel is found to reduce approx70% of NO sub x in diesel engine exhaust. Monel in wire form, have been used for minimized swelling effect and thereby increasing its life, as the catalyst life is limited by physical deteriorations of catalyst, which causes increase in exhaust back pressure. Study on warmup characteristics of the catalyst show rapid bed warmup and possible reduction in catalyst mass without affecting the NO sub x reduction performance.
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source Freely Accessible Journals
subjects Air pollution caused by fuel industries
Applied sciences
Energy
Energy. Thermal use of fuels
Exact sciences and technology
Pollution reduction
Stack gas and industrial effluent processing
title Reduction of nitrogen oxide emissions using nickel-copper alloy catalyst in diesel engines
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