The environmental community rightly recognizes global warming as one of the gravest threats to the planet. Methane (CH4 … atmosphere has increased dramatically over the last few centuries. Therefore, the increasing concentrations of methane are of … special concern because of its effects on climate and atmospheric chemistry. Anthropogenic sources of methane can be collected …

, respectively. Intermittent irrigation in paddy fields reduces methane emission significantly; appropriate application of nitrogen …To investigate the greenhouse gases emissions from paddy fields, methane and nitrous oxide emissions were estimated … with the local measurement and the IPCC method during 1990–2006 in Taiwan. Annual methane emission ranged from 9001 to 14 …

Production of methane via anaerobic digestion of energy crops and organic wastes would benefit society by providing a … cost competitive. Methane derived from anaerobic digestion is competitive in efficiencies and costs to other biomass energy …

bioenergy methane gas and electricity produced from anaerobic digestion of industrial and municipal waste in Amman. Additional … greenhouse gas reduction will be achieved by reducing the uncontrolled release of methane from improperly disposed organic waste … proposed plant will be able to produce 1 MW of electricity based on methane from the landfill and the biogas plant. The project …

-fermented whey. Under the same high OLR conditions the methane yield was 0.122dm−3CH4g−1 CODdegraded for the anaerobic digesters fed …

substrate, an energy crop, for continuous production of methane (CH4) as a source of renewable energy. The sugar beet silage was …

the high organic content of GTW at 138 gVS/L, which was 626% higher than that of MWS (19 gVS/L). The methane potential of … added as a co-substrate in addition to MWS, the high methane potential and organic content of GTW resulted in significant … improvement in methane production during the anaerobic co-digestion of MWS, e.g. a 65% increase at the GTW loading of 5.5 gVS …