denitrification

The state also has a denitrification plant and is planning another.

This can be used to identify denitrification processes in nature.

Denitrification processes are also used in the treatment of industrial wastes.

The water is then split into five different tanks where denitrification occurs.

N can be returned to the atmosphere through denitrification.

Denitrification takes place under special conditions in both terrestrial and marine ecosystems.

Denitrification is the most desirable sink for nitrogen in living machines.

Evidence of such 'denitrification' is provided in Antarctic measurements from aircraft.

Denitrification occurs, and the nitrate will be consumed rather rapidly.

Ion exchange denitrification plants will be installed at 23 locations.

This is less common than denitrification in most ecosystems as a means of nitrate reduction.

Before leaving bacterial filtration the denitrification filter must be mentioned.

However, the surface area produced as a result of sintering glass produces very effective denitrification in practice.

How do the biogeochemical processes (denitrification, for example) that characterize this system work?

Therefore, denitrification can only be performed under anaerobic conditions.

Denitrification requires anoxic conditions to encourage the appropriate biological communities to form.

They also have a range of environmental impacts, such as denitrification of soil and erosion.

Denitrification in created riverine wetlands: Influence of hydrology and season.

Denitrification could create a risk to health.

It is best stacked and composted beyond the denitrification stage (well rotted).

This aerobic, anaerobic cycle continues all the way down the stream and denitrification is a likely result.

Denitrification generally proceeds through some combination of the following intermediate forms:

The complete denitrification process can be expressed as a redox reaction:

Denitrification is commonly used to remove nitrogen from sewage and municipal wastewater.

NO is an inorganic metabolite of the prokaryotic cell during denitrification.