Detection and Estimation of Signals in Uncertain Environments.

Srinath, M

doi:10.21236/ada031256

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1989

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“…The denitrfication in natural water or in wastewater can be said to depend on the existence of sediment. Many researchers have also been studying nitrogen transformation kinetics and nitrifying biomass in wastewater (5,6,7,8). However there have been few studies (9,10) about the role of sediment on nitrogen self-purification and its nitrogen transformation kinetics.…”

Section: Introductionmentioning

confidence: 99%

Nitrogen transformation of wastewater from a sea‐based solid waste disposal site and the influence of benthal mud on its denitrification

Fukunaga

Yamamoto

Takamizawa

et al. 1989

Environmental Technology Letters

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Nitrification and denitrification reactions occured with approximately first-order kinetics in a water-sediment system, that was wastewater from a sea-based solid waste disposal site and benthal mud taken from an estuary. Then a dynamic biological reaction model of five reaction equations was proposed. It was concluded that benthal mud plays an important role in the denitrif ication of wastewater in seabased solid waste disposal sites and the extent of nitrogen transformation of the wastewater can be calculated by this model.

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