Moisture effects on greenhouse gases generation in nitrifying gas-phase compost biofilters - Maia, Guilherme D.N.; Day V, George B.; Gates, Richard S.; Taraba, Joseph L.; Coyne, Mark S. (Water research (Oxford), 2012)
Keywords: air; Air pollution; ammonia; Ammonia - chemistry; Ammonia biofiltration; Applied sciences; biochemical pathways; biofilm; Biofilms; biofilters; chemistry; Composting; composts; concentrated animal feeding operations; Denitrification; drying; Exact sciences and technology; Falling; Filtration; Filtration - instrumentation; Gas-phase biofilters; Gases; Gases - chemistry; Greenhouse Effect; Greenhouse gases; instrumentation; Media; methane; Microorganisms; Moisture; Nitrification; Nitrous oxide; Nitrous oxides; odors; oxygen; Pollution; Waste management; Water; Water - chemistry; water content; Water treatment and pollution; water vapor; Waste management; Gas-phase biofilters; Moisture; Nitrification; Denitrification; Ammonia biofiltration; Nitrous oxide; Greenhouse gases; Methane; Animal feeding; Nitrogen compounds; Compaction; Velocity distribution; Biological purification; Decontamination; Anaerobe; Greenhouse gas; Sampling; Compost; Greenhouse effect; Aerobe; Ammonia; Bioreactor; Biofilm; Air pollution; Poison; Kinetics; Biofilter; Nitrogen protoxide; Flue gas purification; Odor