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A quasi-dimensional spark ignition (SI) engine cycle model is used to predict the combustion and exhaust emissions of a gas engine driven generator for the cases of using biogas and liquefied petroleum gas (LPG)-biogas blends. Two different thermodynamic regions consisting of unburned gases and burned gases that are separated by the flame front are considered. Liquefied petroleum gas (0%, 5% and 15%)...
By means of burning a fraction of comminuted biology-molding fuel and analyzing related parameter and burning characteristics via thermobalanc, the microcosmic burning mechanism of biology-molding fuel verifies Eigen values of curve, parameters of combustion dynamic, providing theoretical reference for high-efficient burning and reasonable application of biology-molding fuel, which consists of the...
The experimental research on removing N2O with biomass gas was carried out in a small-fluidized bed reactor tube. The decomposition rate of N2O and the production rate of NO impacted by reaction temperature, residence time, reburning position, rate of fuel, initial oxygen content of flue gas and the height of material bed were researched. The results showed that the decomposition rate of N2O was more...
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