Fuel Properties of Eleven Vegetable Oils

Goering, Carroll E.; Schwab, A. W.; Daugherty, Michael; Pryde, E. H.; Heakin, A. J.

doi:10.13031/2013.33748

Cited by 302 publications

(139 citation statements)

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“…O éster linoleato de metila (LIN) foi selecionado para o monitoramento e quantificação do biodiesel presente nas misturas biodiesel:diesel. O ácido linoleico está presente majoritariamente em diversos óleos vegetais, dentre eles, óleo de soja (53-55%), óleo de milho (57-60%), óleo de algodão (55-57%) e óleo de girassol (68-73%) [10][11][12] . Esta foi a principal motivação para a escolha deste éster no desenvolvimento deste primeiro estudo.…”

Section: Resultados E Discussão Desenvolvimento Do Método Cromatográficounclassified

Desenvolvimento e validação de metodologia de análise de misturas biodiesel: diesel utilizando cromatografia gasosa-espectrometria de massas

Faria

Rezende

et al. 2007

Quím. Nova

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. The aim of this work was to develop and validate a method of analysis of biodiesel:diesel blends using HRGC-MS in SIM mode. The proposed method is applicable to biodiesel from linoleic oils, such as soybean oil. The following results were obtained: linearity over the methyl linoleate concentration range of 250-2500 mg L -1 (R 2 > 0.999); limits of detection and quantification of 2 and 5 mg L -1 , respectively; recovery from 82 to 96% of biodiesel in diesel and repeatability < 2% (RSD). Comparison between two operators showed that it is not necessary the same operator to do the analysis.

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Section: Resultados E Discussão Desenvolvimento Do Método Cromatográficounclassified

Desenvolvimento e validação de metodologia de análise de misturas biodiesel: diesel utilizando cromatografia gasosa-espectrometria de massas

Faria

Rezende

et al. 2007

Quím. Nova

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“…Bartholomew (1981) addressed the concept of using food for fuel, indicating that petroleum should be the``alternative'' fuel Table 1 Chemical properties of vegetable oil (Goering et al, 1982a) Table 2 Typical fatty acid composition-common oil source (Kincs, 1985) Fatty rather than vegetable oil and alcohol being the alternatives and some form of renewable energy must begin to take the place of the nonrenewable resources. The most advanced work with sun¯ower oil occurred in South Africa because of the oil embargo.…”

Section: Direct Use and Blendingmentioning

confidence: 99%

00/00868 Biodiesel production: a review

2000

Fuel and Energy Abstracts

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Biodiesel has become more attractive recently because of its environmental bene®ts and the fact that it is made from renewable resources. The cost of biodiesel, however, is the main hurdle to commercialization of the product. The used cooking oils are used as raw material, adaption of continuous transesteri®cation process and recovery of high quality glycerol from biodiesel by-product (glycerol) are primary options to be considered to lower the cost of biodiesel. There are four primary ways to make biodiesel, direct use and blending, microemulsions, thermal cracking (pyrolysis) and transesteri®cation. The most commonly used method is transesteri®cation of vegetable oils and animal fats. The transesteri®cation reaction is aected by molar ratio of glycerides to alcohol, catalysts, reaction temperature, reaction time and free fatty acids and water content of oils or fats. The mechanism and kinetics of the transesteri®cation show how the reaction occurs and progresses. The processes of transesteri®cation and its downstream operations are also addressed. Ó

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“…Engines. 2 John W. Goodrum et al 1 experimentally determined peanut oil-diesel fuel blends fundamental physical properties to support aptness for use in compression-ignition engines. For volumetric proportions of peanut oil ranging in 20% increments from 0% to 100%, the continuously varying properties at 21 ο C were found to range as follows: heating value 45.8 to 30.3 MJ/Kg; specific gravity 0.848 to 0.915; surface tension 28.3 to 35.6 mN/m and kinematic viscosity 3.8 to 7.0 CS.…”

Section: Introductionmentioning

confidence: 99%

“…C.E. Goering et al 2 have studied chemical and fuel properties of some vegetable oils. Oil samples were subjected to ASTM tests suitable for diesel fuels.…”

Section: Introductionmentioning

confidence: 99%

Experimentation on Emission Analysis of a Compression Ignition Engine Run With Biodiesel

2017

RJC

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In this research esterified Rice Bran Oil (RBO) and non-esterified RBO was investigated for its performance as a diesel engine fuel. In this context experiments were conducted on a single cylinder water cooled diesel engine with diesel, RBO, preheated RBO and biodiesel (esterified RBO). Performance parameters like thermal efficiency, specific fuel consumption, and emissions such as smoke, particulate matter, unburned hydrocarbon, carbon monoxide and oxides of nitrogen have been measured. The performance of the engine with diesel has been used as the basis for comparison. In the existing work, it is detected that the NOX and unburned hydrocarbon emission reductions and carbon monoxide, particulate emission and smoke intensity upsurges utilizing biodiesel in a diesel engine.

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Fuel Properties of Eleven Vegetable Oils

Cited by 302 publications

References 0 publications

Desenvolvimento e validação de metodologia de análise de misturas biodiesel: diesel utilizando cromatografia gasosa-espectrometria de massas

Desenvolvimento e validação de metodologia de análise de misturas biodiesel: diesel utilizando cromatografia gasosa-espectrometria de massas

00/00868 Biodiesel production: a review

Experimentation on Emission Analysis of a Compression Ignition Engine Run With Biodiesel

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