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Development of an on-board sensor system for early identification of deposit formations in fuels containing biodiesel

E-book
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Development of an on-board sensor system for early identification of deposit formations in fuels containing biodiesel (Volume 31) (English shop)

Martin Unglert (Author)
Tobias Köstner (Author)
et al. (Author)

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Table of Contents, PDF (130 KB)
Extract, PDF (280 KB)

ISBN-13 (eBook) 9783736964921
Language English
Page Number 92
Edition 1.
Book Series Fuels Joint Research Group - Interdisziplinäre Kraftstoffforschung für die Mobilität der Zukunft
Volume 31
Publication Place Göttingen
Publication Date 2021-09-16
General Categorization Non-Fiction
Departments Chemistry
Mechanical and process engineering
Keywords biodiesel, sensor, hydrogenated vegetable oil, degradation, oxidation, measurements, Autooxidation, Radical stability, Spectroscopic, Petrooxy method, Dielectric Sensor, Optical Sensor, Chromatographic, Dimerization, Triple oxidation, Empirical variance, Fluorescence, Hydroperoxides, Alkoxy, Infrared, Matrix, regression, Induction, Liquid, Quadrupole,Polarisation, Biodiesel, Sensor, hydriertes Pflanzenöl, Abbau, Oxidation, Messungen, Autooxidation, Radikalstabilität, Spektroskopie, Petrooxy-Methode, Dielektrischer Sensor, Optischer Sensor, Chromatographie, Dimerisierung, Dreifachoxidation, Empirische Varianz, Fluoreszenz, Hydroperoxide, Alkoxy, Infrarot, Matrix, Regression, Induktion, Flüssigkeit, Quadrupol, Polarisation,
Description

In plug-in hybrid vehicles (PHEV), the advantages of two technologies (electrical drive and combustion engine) are combined: This means that both, local emission-free driving and a long range drives are guaranteed. Short distance use in everyday life enables long-term electrical drive. However, this means long fuel storage time in the tank, leading to physical and chemical fuel degradation. Consequently, the development of a fuel quality sensor is important for PHEV and introduced in this book.