eBook - ePub
Mathematical modeling of biofuel synthesis and storage
- 176 pages
- English
- ePUB (mobile friendly)
- Available on iOS & Android
eBook - ePub
Mathematical modeling of biofuel synthesis and storage
About this book
The book is divided into eight chapters, where the reader will find works carried out by the Fuel Analysis Laboratory of the State University of Londrina, addressing the analysis of biofuel mixtures from different raw materials; optimization of alcoholic fermentation of extracts obtained from native Brazilian fruits; mathematical modeling in the efficiency of natural and synthetic antioxidants; the influence of metallic contaminants in oxidation; evaluation of catalysts in the biodiesel production and a proposal of mechanisms for the oxidation reaction in the presence of transition metals.
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Yes, you can access Mathematical modeling of biofuel synthesis and storage by Karina Benassi Angilelli,Ana Carolina Gomes Mantovani,Letícia Thaís Chendynski in PDF and/or ePUB format, as well as other popular books in Physical Sciences & Organic Chemistry. We have over one million books available in our catalogue for you to explore.
Information
Topic
Physical SciencesSubtopic
Organic ChemistryTable of contents
- summary
- Preface
- CHAPTER 1MATHEMATICAL MODELING APPLIED TO BIODIESEL SYNTHESIS: QUATERNARY MIXTURES
- CHAPTER 2OPTIMIZATION OF ALCOHOLIC FERMENTATION OF BUTIÁ AND JERIVÁ AQUEOUS EXTRACTS: APPLICATION OF RESPONSE SURFACE METHODOLOGY TO THE VARIABLE PROCESS
- CHAPTER 3MATHEMATICAL MODELING OF THE RELATIVE PROTECTION FACTOR OF NATURAL ANTIOXIDANTS IN COMMERCIAL BIODIESEL
- CHAPTER 4ANALYSIS OF THE BEHAVIOR OF SYNTHETIC ANTIOXIDANTS IN COMMERCIAL BIODIESEL: APPLICATION OF SELF ORGANIZING MAPS
- CHAPTER 5THERMODYNAMIC PARAMETERS EVALUATION OF THE BIODIESEL OXIDATION REACTION IN CONTACT WITH METALLIC ALLOYS
- CHAPTER 6 MIXTURE OPTIMIZATION OF HETEROGENEOUS METAL OXIDE CATALYSTS FOR BIODIESEL PRODUCTION
- CHAPTER 7INFLUENCE OF SENNA LEAVES, BLACKBERRIES AND HIBISCUS FLOWERS EXTRACTS IN THE THERMODYNAMIC PARAMETERS OF THE BIODIESEL OXIDATION REACTION
- CHAPTER 8 CATALYTIC EFFECT MODELLING OF DIFFERENT TRANSITION METAL IONS IN THE COMMERCIAL BIODIESEL OXIDATION REACTION