Eventos Anais de eventos
ENCIT 2022
19th Brazilian Congress of Thermal Sciences and Engineering
(BIO)FUEL SURROGATES FOR THE TRANSPORTATION INDUSTRY: A LITERATURE REVIEW INCLUDING DETAILED KINETICS MODELS AND ITS NUMERICAL ASSESSMENT
Submission Author:
Felipe Kraus , SC , Brazil
Co-Authors:
Felipe Kraus, Amir Antonio Martins Oliveira, Vinicius Rugeri Borges Bonini, Laura Tatiana Meneses Barrera, Gabriel de Andrade Janene Gonini, Leonel R Cancino
Presenter: Felipe Kraus
doi://10.26678/ABCM.ENCIT2022.CIT22-0255
Abstract
It is believed that adding some fuel components to a surrogate model of biofuel can improve the attribution of properties of these chains of components for each major category. In this work, some approaches for non-intuitive analysis of biofuels representation will be reviewed. An extensively literature review on biofuels is presented and discussed in terms of physical-chemical properties including a large database of ignition delay time experimental data. The review involves the detailed kinetics models available in the research community for the surrogates, key details as number of chemical species as well as chemical and physical behaviour are pointed out during the analysis, connecting with the fuels aplications in internal combustion engines. Details about the kinetics mechanism validation in experimental set-ups, as well as pressure, temperature and stoichiometry parameters were summarized and presented. Numerical simulation using the CANTERA tools kits were then performed in order to assess the numerical behavior of the reviewed kinetics models for ethanol methil-decenoate, methil-5-decenoate and methil-9-decenoate in order to compare against the literature under engine-like conditions in terms of pressure, temperature and stoichiometry.This work comes to aid students of combustion for searching and understanding information about biofuels combustion and chemistry kinetics current available. Opening space for new simulation and projects for improving current IC engines tecnology for the new fuel possibilities.
Keywords
Biofuels for the transportation industry, Fuel surrogates, Detailed kinetics model, CANTERA, INTERNAL COMBUSTION ENGINES
