The net reaction is, therefore, catalytic reduction of the radical.

However, this catalytic reduction fixates only a few nitrogen molecules.

Some day, the managers say, they will also use "selective catalytic reduction" to reduce nitrogen oxides.

In 1998 they reported the preparation of diamond through pyrolysis process of catalytic reduction.

These catalytic reductions are used primarily in the reduction of carbon-carbon double or triple bonds.

The company also said it would install selective catalytic reduction systems on Unit 4 to reduce nitrogen oxide emissions.

That is not the correct term; the technology should have been described as Selective Catalytic Reduction.

It is a version of 3.0 TDI with selective catalytic reduction.

Note that light absorption and catalytic reduction may occur at the same metal center or on different metal centers.

The selective catalytic reduction (SCR) system is expected to be an $85 million investment.

The technology, selective catalytic reduction, cuts nitrogen oxides, which contribute to smog and acid rain.

Catalytic reductions, on the other hand, provide an epimeric mixture with the manno-configuration predominating in ratios of about 2:1.

Catalysts for the catalytic reduction of nitrogen oxides by reaction with hydrocarbons and ammonia.

By catalytic reduction, α-chlorocodide gives dihydrodesoxycodeine, which yields desomorphine on demethylation.

Further technical developments in catalytic reduction of methane may be possible but the efficiency and cost of such catalysts are not fully known.

The latter involves application of low sulphur fuel, speed control, selective catalytic reduction and particulate matter filters.

In response, diesel engine manufacturers have developed more technologically advanced engines and emission control strategies such as Selective catalytic reduction.

Successive catalytic reduction and saponification affords aminoalcohol 4.

Urea selective catalytic reduction system equipped.

Corey and coworkers originally proposed the following reaction mechanism to explain the selectivity obtained in the catalytic reduction.

The diesel engines, which feature Seat’s Selective Catalytic Reduction technology, are especially impressive.

Some include advanced coal-cleaning techniques, combustion modification, and flue gas treatments such as selective catalytic reduction.

• selective non-catalytic and catalytic reduction.

Selective catalytic reduction and aqueous ammonia will be used to reduce NOx emissions.

Nearly all diesel cars use selective catalytic reduction, a chemical process that breaks NOx down into nitrogen and water.