Topic
Biogas
About: Biogas is a research topic. Over the lifetime, 28571 publications have been published within this topic receiving 498545 citations.
Papers published on a yearly basis
Papers
More filters
TL;DR: In this paper, a survey was carried out to study animal manure management on livestock farms with biogas technology and without (non-biogas farms) in the areas surrounding the Vietnamese cities Hanoi and Hue.
153 citations
01 Jan 2007
TL;DR: The biological transformation, by which organic matter is degraded to methane and carbon dioxide is commonly called “methanogenesis”, and the main product of methanogenesis, a mixture of carbon dioxide and methane, is called ”biogas”.
Abstract: The biological transformation, by which organic matter is degraded to methane and carbon dioxide is commonly called “methanogenesis”. The main product of methanogenesis, a mixture of carbon dioxide and methane, is called “biogas”. The term “biogas” was registered as trade name (Institute of Gas Technology, Chicago, United States), but nevertheless, is commonly used by the public. The technical application of “methanogenesis” in a bio-reactor (or digester) is designated as “biomethanation”. The term “anaerobic digestion” is widely used synonymously, although it may lead to confusion with other anaerobic digestion processes that do not stringently involve generation of methane.
152 citations
TL;DR: Fixed film biomethanation of distillery spent wash using coconut coir as the support material appears to be a cost effective and promising technology for mitigating the problems caused by distillery effluent.
152 citations
TL;DR: A comparison between two-stage and one-stage AD systems, fed with identical organic substrates and loading rates, focusing the attention on chemical and microbiological aspects finds no significant differences in overall energy recovery.
Abstract: Two-stage anaerobic digestion (AD) for integrated biohydrogen and biomethane production from organic materials has been reported to promise higher process efficiency and energy recoveries as compar...
152 citations
Book•
01 Jan 2007
TL;DR: Global perspectives on methane and hydrogen sulfide, municipal sludge digestion, Microbial proximity and propionate implications, Biogas utilization, H2S odor generation problems and prevention, Concrete corrosion problems, Odor and corrosion prevention by superoxygenation, The industrial process, Perspectives on biological treatment, Principles of anaerobic treatment, Operational considerations, Treatability protocol, Biomass immobilization, Reactor configuration comparisons, Bicarbonate alkalinity, Trace metals, Toxicity response, Sulfide production, Refractory organics,
Abstract: Global perspectives on methane and hydrogen sulfide -- Municipal sludge digestion -- Microbial proximity and propionate implications -- Biogas utilization -- H2S odor generation problems and prevention -- Concrete corrosion problems and prevention -- Odor and corrosion prevention by superoxygenation -- The industrial process -- Perspectives on biological treatment -- Principles of anaerobic treatment -- Operational considerations -- Treatability protocol -- Biomass immobilization -- Reactor configuration comparisons -- Bicarbonate alkalinity -- Trace metals -- Toxicity response -- Sulfide production -- Refractory organics,
152 citations