One of the most effective methods to reduce air pollution by SI engine exhaust emission is the use of alcohol though due to its hygroscopicity it makes unstable blends with gasoline. The present paper describes the impact of gasoline-methanol blend on major characteristics of an engine including fuel consumption am ecological parameters. A blend of 75 per cent gasoline and 25 per cent methanol was tested which was mixed in such as to ensure its long-term stability. The data on fuel consumption, engine power, torque, exhaus emission (CO, CO 2, CH, NOX O2) and air-fuel ratio of motor vehicles working on pure gasoline (95 RON) am gasoline-methanol blend (M25) are presented. The results of measurements demonstrate much lower exhaus emission for...
This thesis was submitted for the award of Doctor of Philosophy and was awarded by Brunel University...
The paper evaluates the results of tests performed using mid- and high-level blends of the low-carbo...
This study is an experimental investigation of the effect of bioethanol gasoline blending on exhaust...
Depletion of fossil fuels and environmental pollution has led researchers to foreseethe need to deve...
Using liquid alcohols, such as methanol and ethanol, in spark-ignition engines is a promising approa...
Increasing demands of energy sources in automotive sector have led to depletion of fossil fuels. In ...
Abstract: One of the major problems for the successful application of a methanol–gasoline blend as a...
In this study, the effect of methanol-gasoline fuel blend (M15, M30 and M50) on the fuel consumption...
Internal combustion engines have become recently in attention due the strict regulations regarding t...
The decrease in the fossil fuel resources and more rigid emission standards make the necessity to lo...
The blending technique used in internal combustion engines can reduce emission of toxic exhaust comp...
The increasing demands of petroleum fuels due to the rapid development automotive society coupled wi...
Excessive use of fossil fuels and environmental pollution has led researchers to foretell the need t...
The purpose of this study is to investigate experimentally and compare the engine performance and po...
Increasing demands of energy sources in automotive sector have led to depletion of fossil fuels. In ...
This thesis was submitted for the award of Doctor of Philosophy and was awarded by Brunel University...
The paper evaluates the results of tests performed using mid- and high-level blends of the low-carbo...
This study is an experimental investigation of the effect of bioethanol gasoline blending on exhaust...
Depletion of fossil fuels and environmental pollution has led researchers to foreseethe need to deve...
Using liquid alcohols, such as methanol and ethanol, in spark-ignition engines is a promising approa...
Increasing demands of energy sources in automotive sector have led to depletion of fossil fuels. In ...
Abstract: One of the major problems for the successful application of a methanol–gasoline blend as a...
In this study, the effect of methanol-gasoline fuel blend (M15, M30 and M50) on the fuel consumption...
Internal combustion engines have become recently in attention due the strict regulations regarding t...
The decrease in the fossil fuel resources and more rigid emission standards make the necessity to lo...
The blending technique used in internal combustion engines can reduce emission of toxic exhaust comp...
The increasing demands of petroleum fuels due to the rapid development automotive society coupled wi...
Excessive use of fossil fuels and environmental pollution has led researchers to foretell the need t...
The purpose of this study is to investigate experimentally and compare the engine performance and po...
Increasing demands of energy sources in automotive sector have led to depletion of fossil fuels. In ...
This thesis was submitted for the award of Doctor of Philosophy and was awarded by Brunel University...
The paper evaluates the results of tests performed using mid- and high-level blends of the low-carbo...
This study is an experimental investigation of the effect of bioethanol gasoline blending on exhaust...