@article{Egorov_Kozlov_Belogusev_2016, title={Development of a Multi-Point Injection System Operating on Superheated Alcohol Fuels and Evaluation of Toxicity of Their Combustion Products}, volume={60}, url={https://pp.bme.hu/me/article/view/8816}, DOI={10.3311/PPme.8816}, abstractNote={<p>This article is devoted to the development of a fuel injection system for internal combustion engines (ICEs or engines) with positive ignition, which operates on superheated fuels. Such systems allow engines securely starting and working on absolute (96%) alcohol, even in low temperature environments. This article describes the operation principle of a multi-point superheated fuels injection system; and the comparison analysis of thermal efficiency and heat balances of both the baseline gasoline engine and the engine with a developed superheated alcohol-based fuel injection system is provided. In experimental studies, the contents of CO, CH, and CO<sub>2</sub> in the combustion products of alcohols were determined. Based on the obtained results we can conclude that the application of the proposed multi-point injection system operating on superheated alcohol fuels reduces both greenhouse gas emissions and harmful substances in exhaust gas emissions.</p>}, number={4}, journal={Periodica Polytechnica Mechanical Engineering}, author={Egorov, Aleksey and Kozlov, Konstantin and Belogusev, Vladimir}, year={2016}, pages={220–227} }