Open Access Journal

ISSN : 2394-2320 (Online)

International Journal of Engineering Research in Computer Science and Engineering (IJERCSE)

Monthly Journal for Computer Science and Engineering

Open Access Journal

International Journal of Engineering Research in Mechanical and Civil Engineering (IJERMCE)

Monthly Journal for Mechanical and Civil Engineering

ISSN : 2456-1290 (Online)

Performance and Emission Characteristics of Multi Cylinder Petrol Engine using LPG With Methanol

Author : T.Mohanraj 1 S.Pasupathy Raju 2 Nikhil Raghavan Guduri 3 Kalyan Kiran Chippada 4

Date of Publication :18th August 2017

Abstract: The most promising alternative fuel will have the greatest impact on future society. The rapid growth of environmental pollution, energy security and future fuel supply, the non petroleum based alternative fuels are used to increase the efficiency of the fuel and impact on green house gases. LPG is a mixture of petroleum and natural gases that exist in a liquid state at ambient temperatures under moderate pressure (less than 200 psi). LPG has a high Octane rating, which indicates that the engine operated by LPG would be more efficient than that of equivalent petrol engine. LPG has been used as an alternative fuel in the existing S.I. engine with slight modification in the fuel supply system. The vaporizer is required to convert the liquid fuel into vapour supplied to the carburettor. The working of the experimental setup is four cylinders, four stroke petrol engine with the solenoid actuator. The actuator allows LPG to the carburetor through the vaporizer kit. LPG is metered by hanging type weighing scale. Methanol is added with LPG by volume under gravity before vaporizer kit. Engine hot water heats up the vaporizer kit for raise in temperature of LPG and to evaporate the methanol easily. The petrol engine is started with LPG and then it is run by a mixture of LPG and methanol by adjusting the LPG flow. The performance and emission characteristics of engine are investigated by varying the quantity of methanol and LPG. The thermal and mechanical efficiencies are increased with addition of methanol and the specific fuel consumption is decreased. The emission characteristics like CO, CO2, HC and NOx are also reduced

Reference :

    1. A. F. Williams et.al. 1982. “Liquefied Petroleum Gases”, Ellis Horwood, text book.
    2. A.M.Syroezhko, et. al.,2004. “Effect of Various High-Octane Additives on Antiknock Quality of Gasolines”, RussianJournal of Applied Chemistry, 7: 1002-1006.
    3.  A.S.Gordon, et.al.,1992. “Alternative Fuels for Mobile Transport”, Prog. Energy Combust. Sci., 8: 493- 512.
    4.  D.Timur, V.Dilek, 2007. “ Alcohols as Alternatives to Petroleum for Environmentally Clean Fuels and Petrochemicals”,Turk J Chem. 31: 551-567.
    5. E. I. Williamson et.al.,1982. “Alternative Fuels for Automobiles the Medium- term Realities”, Long Range Planning, 15 ( 2), 32- 38.
    6.  HakanBayraktar, 2005. “Experimental and Theoretical Investigation of Using Gasoline-Ethanol Blends in Spark-IgnitionEngines”, Renewable Energy 30: 1733-1747.
    7. HakanBayraktar, et.al.,2005.“Investigating the Effects of LPG on Spark Ignition Engine combustion and Performance”,Energy Conversion and Management 46: 2317-2333.

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