TY - JOUR AB - Nowadays biodiesel has become more attractive because it is made from renewable resources. The main ingredients of industrial biodiesel are rap oil, sun oil, fat acid, olive oil cooked. In this study we verify that, the proportion of these components sets the qualitative composition and energy efficiency of the final product. Essential we link the raw materials (rap oil, sun oil, fat acid, olive oil cooked) used in the manufacture of industrial biodiesel the proportion of mixes, with the variation of physicochemical properties of biodiesel produced. According to the quantitative analysis we notice that the physiochemical properties which alter the value for example humidity, acidity, while a large number of physicochemical properties do not change their value depending on the ratio of raw materials in each mixture. The analysis of these changes seems that the presence of fat acids is negative for the quality of the mixture. From the analysis of the cost of the final mixtures that lower cost is achieved in the mixture was 10 and the highest cost was in the mixture 3. Based on a study of the cost of the mixtures can determine a basic relation between the quality and the cost of the final product. AD - Technol Educ Inst Western Macedonia, Dept Environm Engn & Pollut Control, Kila 50100, Kozani, Greece AN - WOS:000390786400048 AU - Tsanaktsidis, C. G. AU - Spinthiropoulos, K. G. AU - Guliyev, F. AU - Dimitriou, D. AU - Euthaltsidou, K. AU - Tzilantonis, G. T. DO - Unsp 012048 J2 - Iop C Ser Earth Env KW - fuel LA - English N1 - Bg6qe PY - 2016 SN - 1755-1307 ST - Relation between quality and production cost for pure biodiesel bases on the mixes of raw materials T2 - 2016 International Conference on New Energy and Future Energy System (Nefes 2016) TI - Relation between quality and production cost for pure biodiesel bases on the mixes of raw materials UR - ://WOS:000390786400048 VL - 40 ID - 13320 ER -