Adding NH3 to the stack gases at an electric power
generating plant can reduce NOx emissions. This
selective noncatalytic reduction (SNR) process depends on the
reaction between NH2 (an odd-electron compound) and
NO.
NH2 + NO --> N2 + H2O
The following kinetic data were collected at 1200 K.

The rate of reaction in a chemical reaction is the speed at which the products are formed from the reactants. It helps us comprehend how rapidly a reaction might happen. For instance, cellulose burns exceedingly quickly in fire and the process is complete in less than a second.

The rate of reaction, also known as reaction rate, is the rate at which reactants transform into products. It should go without saying that different chemical reactions occur at different rates. While certain chemical reactions take place extremely immediately, others usually take some time to reach their final equilibrium.

Rate of reaction = k [NH 3] x [NO] y, where k is the reaction's rate constant, x is the order of the reaction with respect to NH 3, and y is the order of the reaction with respect to NO

Rate of reaction = k [NH 3 ] [ NO ]

Rate constant of reaction at 1200 K : 1.20 times 10 9 M -1 s -1

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Adding NH3 to the stack gases at an electric power generating plant can reduce NOx emissions. This selective noncatalytic reduction (SNR) process depends on the reaction between NH2 (an odd-electron compound) and NO. NH2 + NO --> N2 + H2O The following kinetic data were collected at 1200 K.

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Adding NH3 to the stack gases at an electric power
generating plant can reduce NOx emissions. This
selective noncatalytic reduction (SNR) process depends on the
reaction between NH2 (an odd-electron compound) and
NO.
NH2 + NO --> N2 + H2O
The following kinetic data were collected at 1200 K.