Detail publikace
Sustainability of denitrifying bioreactors with various fill media
MALÁ, J. BÍLKOVÁ, Z. HRICH, K. SCHRIMPELOVÁ, K. KRIŠKA-DUNAJSKÝ, M. ŠEREŠ, M.
Originální název
Sustainability of denitrifying bioreactors with various fill media
Anglický název
Sustainability of denitrifying bioreactors with various fill media
Jazyk
en
Originální abstrakt
The paper presents the results of laboratory experiments achieved with bioreactors filled with eight different wood-based materials, namely mulch, a mixture of spruce and pine sawdust, a mixture of pine and larch bark, and chips made of oak, poplar, larch, beech, and spruce wood. A sustainability index was used to assess the impact of the bioreactor on the environment. The best results were shown by beech, mulch and poplar and were achieved with hydraulic retention times 1.6–0.7–2.2 days, respectively, and inlet nitrate-N concentration of 43.1 mg/L.
Anglický abstrakt
The paper presents the results of laboratory experiments achieved with bioreactors filled with eight different wood-based materials, namely mulch, a mixture of spruce and pine sawdust, a mixture of pine and larch bark, and chips made of oak, poplar, larch, beech, and spruce wood. A sustainability index was used to assess the impact of the bioreactor on the environment. The best results were shown by beech, mulch and poplar and were achieved with hydraulic retention times 1.6–0.7–2.2 days, respectively, and inlet nitrate-N concentration of 43.1 mg/L.
Dokumenty
BibTex
@article{BUT140431,
author="Jitka {Malá} and Zuzana {Bílková} and Karel {Hrich} and Kateřina {Schrimpelová} and Michal {Kriška-Dunajský}",
title="Sustainability of denitrifying bioreactors with various fill media",
annote="The paper presents the results of laboratory experiments achieved with bioreactors filled with eight different wood-based materials, namely mulch, a mixture of spruce and pine sawdust, a mixture of pine and larch bark, and chips made of oak, poplar, larch, beech, and spruce wood. A sustainability index was used to assess the impact of the bioreactor on the environment. The best results were shown by beech, mulch and poplar and were achieved with hydraulic retention times 1.6–0.7–2.2 days, respectively, and inlet nitrate-N concentration of 43.1 mg/L.
",
address="Czech Academy of Agricultural Sciences",
chapter="140431",
doi="10.17221/372/2017-PSE",
howpublished="online",
institution="Czech Academy of Agricultural Sciences",
number="10",
volume="63",
year="2017",
month="october",
pages="442--448",
publisher="Czech Academy of Agricultural Sciences",
type="journal article in Web of Science"
}