Intermittent aeration reducing N2O emissions from bioreactor landfills with gas–water joint regulation
YX Chu, J Wang, L Jiang, G Tian, R He - Waste Management, 2022 - Elsevier
Landfills are important emission sources of atmospheric N 2 O, especially bioreactor landfills
with leachate recirculation. In this study, N 2 O emissions were characterized in four …
with leachate recirculation. In this study, N 2 O emissions were characterized in four …
Intermittent aeration reducing N2O emissions from bioreactor landfills with gas-water joint regulation
YX Chu, J Wang, L Jiang… - … (New York, NY), 2022 - pubmed.ncbi.nlm.nih.gov
Landfills are important emission sources of atmospheric N 2 O, especially bioreactor landfills
with leachate recirculation. In this study, N 2 O emissions were characterized in four …
with leachate recirculation. In this study, N 2 O emissions were characterized in four …
Intermittent aeration reducing N2O emissions from bioreactor landfills with gas-water joint regulation.
YX Chu, J Wang, L Jiang, G Tian… - Waste Management (New …, 2022 - europepmc.org
Landfills are important emission sources of atmospheric N 2 O, especially bioreactor landfills
with leachate recirculation. In this study, N 2 O emissions were characterized in four …
with leachate recirculation. In this study, N 2 O emissions were characterized in four …
Intermittent aeration reducing N2O emissions from bioreactor landfills with gas-water joint regulation
YX Chu, J Wang, L Jiang, G Tian… - Waste Management, 2022 - ui.adsabs.harvard.edu
Landfills are important emission sources of atmospheric N 2 O, especially bioreactor landfills
with leachate recirculation. In this study, N 2 O emissions were characterized in four …
with leachate recirculation. In this study, N 2 O emissions were characterized in four …