Titlebook: Biodiesel, Combustion, Performance and Emissions Characteristics; Semakula Maroa,Freddie Inambao Book 2020 Springer Nature Switzerland AG

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https://doi.org/10.1007/978-3-531-90217-3try stakeholders. In other words, this chapter will evaluate post-combustion strategies, which can effectively lead to reduction in emissions from the transport sector. Secondly, this chapter will discuss latest research and development in post-combustion control and emission reduction strategies with the use of biodiesel as alternative fuel.

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Post-combustion NOX Reduction Techniques in Biodiesels,try stakeholders. In other words, this chapter will evaluate post-combustion strategies, which can effectively lead to reduction in emissions from the transport sector. Secondly, this chapter will discuss latest research and development in post-combustion control and emission reduction strategies with the use of biodiesel as alternative fuel.

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The NOx Formation Routes,of conventional combustion of petroleum and by extension biodiesel blends and fuels in internal combustion processes especially compression ignition engines. The understanding of these mechanisms and kinematics help in developing advanced controls and the reduction of NO. emissions. There are a numb

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Biodiesels Production Proccesses and Technologies,cesses but the leading one is transesterification. This process uses both acid and base or alkali catalysts. However, base catalysts are considered more rapid compared to acid catalysts. Acid catalysts in their reaction require high temperature and pressure to complete transesterification. The most

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Physicochemical Properties of Biodiesel,ition engines and the production of NOx gases. The physicochemical properties of biodiesel except for the viscosities of ethyl esters and ethyl esters are comparable. However, the pour point and viscosity of methyl ester compared to ethyl esters differ largely. For example, methyl esters produce mor

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Factors Influencing Formation of Emissions in Biodiesel,umber of factors influence formation of biodiesel such as the bulk modulus number, surface tension, kinematic viscosity, density, thermal properties, cetane number, oxygen content and oxygen bound fuel and the fuel composition. This chapter puts into focus different types of pollutants and their mai

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