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In this study, an attempt is made to produce a hydrocarbon fuel from jatropha   vegetable oil for Diesel engine applications. The “catalytic cracking” a   process recently introduced by the researchers is chosen as an alternative   method to trans-esterification process to match the fuel properties to   diesel. Jatropha vegetable oil was cracked into a gas using the cerium oxide   catalyst in a fixed bed catalytic reactor. The produced gas is introduced at   constant rate into the inlet manifold of the Diesel engine. The experimental   work was carried out in single cylinder water cooled direct injection Diesel   engine coupled with eddy current dynamometer. The combustion parameters are   measured by AVL combustion analyser. From the experimental results, the   increase in brake thermal efficiency of the engine for full load was observed   to be 10% (relative) compared with diesel. Notably, emissions such as HC, CO,   and smoke are reduced by 18%, 61%, and 18%, respectively, when compared with   diesel

Production of gaseous fuel from jatropha oil by cerium oxide based catalytic fuel reactor and its utilisation on diesel engine