Nıtrogefi coauaftiag wasfewa!eı^ shon/d ııof be discharged wthoîif
fıvafaıenf ano rca'iviit^ vaters since {hey can cavse sonıe envjromnenta! probk. ms. în
//)/\ orliclc. ınafena/ nad aıergy cast es/ııaafes of (ar sfhpping fo!lo\ved hy
(ivian'iticaîmu for lan-ogeıı reıvovcı! from nifrogeıı inchisîry waste\wters hafi beesı
s^ıclsed. As MI aİK'nıam'e, appro^aııcıîe opt 'fcıfnig cosf of fa/ro^en remova! for
f ııtrifi('a!io!i-(kı afnft ccıtîoa rsıefhocj hw alsa heeti caiaskıfeci. and nvo methods have
h?eıı ecflaoiiisca/ly vvahiated. Nitfificaîion of cınınıoaıa fo/!owed by demtrıfı vcıtıon
invthod has bee/ı foınıı. hııore econnmıcal thaıı fhe. ofher msthod.
Subjects | Material Production Technologies |
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Journal Section | Research Articles |
Authors | |
Publication Date | December 31, 1996 |
Acceptance Date | July 1, 1996 |
Published in Issue | Year 1996 Volume: 9 Issue: 2 |