Sentence examples for nitrogen abatement from inspiring English sources

Thus, while there is a widely accepted view that TP abatement is needed to increase the Secchi depth and decrease cyanobacterial blooms, nitrogen abatement is much more controversial since it may actually strengthen the competitiveness of cyanobacteria and increase the already massive nitrogen fixation flux to the ecosystem [1], [6], [10].

Phosphorus abatement alone has had demonstrated effects on algal bloom decreases in the Stockholm Archipelago of the Northern Baltic Proper [10] while no such system-wide effects have been possible to exclusively attribute to nitrogen abatement in the Baltic Sea or parts of it [1].

In other words, it is unclear whether there would be any effects at all from this measure, or whether any substantial effects would require such radical measures (e.g., removing 80% of the livestock which was the upper limit for model simulations for nitrogen abatement in [24]) that inaction would be a much more palatable option for policymakers who wish to keep and extend their contracts.

The best compromise between soot and nitrogen oxide abatement was shown by the La-K-Cu-FeO3 catalyst which displayed the highest catalytic activity towards carbon combustion and the highest NO conversion activity.

It integrates the output from several existing models, including a farm-scale nitrogen leaching and abatement model, a farm-scale management economic model, and a catchment-scale nitrogen transport model.

This plan would require some nitrogen and phosphorus abatement options with low cost-effectiveness.

In this paper, the problem of abatement of Nitrogen Oxides by Selective Catalytic Reduction (SCR) is considered.

The abatement of nitrogen oxides produced in combustion processes and in the chemical industry requires efficient and reliable technologies capable of fulfilling strict environmental regulations.

Selective catalytic reduction of nitrogen oxides is an efficient technique for emission abatement in heavy-duty vehicles.

The plan's priorities include nitrogen reduction, habitat restoration, storm water control, sewer overflow abatement and sediment remediation.

Mean decrease of nitrogen and phosphorus were 50 and 30%, respectively, while abatement of fecal indicators attained 2 log units.