E-Book, Englisch, 136 Seiten, Web PDF
Milner / Belcher / Gordon Analysis of Petroleum for Trace Elements
1. Auflage 2013
ISBN: 978-1-4831-8522-4
Verlag: Elsevier Science & Techn.
Format: PDF
Kopierschutz: 1 - PDF Watermark
International Series of Monographs on Analytical Chemistry
E-Book, Englisch, 136 Seiten, Web PDF
ISBN: 978-1-4831-8522-4
Verlag: Elsevier Science & Techn.
Format: PDF
Kopierschutz: 1 - PDF Watermark
Analysis of Petroleum for Trace Elements details the methods for detecting the elements that are natural in various forms in petroleum. The book covers research and control applications, along with various types of petroleum stocks and products. The selection first covers the occurrence and importance of traces of non-hydrocarbon constituents, and then proceeds to tackling the principles and practices. The subsequent chapters cover the analytical and recommended method for analysis of a specific element, such as copper, iron, lead, and sulfur. The book will be of great use to scientists, engineers, and technicians involved in the oil industry.
Autoren/Hrsg.
Weitere Infos & Material
1;Front Cover;1
2;Analysis of Petroleum for Trace Elements;4
3;Copyright Page;5
4;Table of Contents;6
5;PREFACE;8
6;CHAPTER I. INTRODUCTION;10
6.1;NON- HYDROCARBONS IN PETROLEUM;10
6.2;EFFECT OF NON-HYDROCARBONS ON PETROLEUM TECHNOLOGY AND PRODUCTS;12
6.3;TRACE EELEMENT CONCENTRATIONS OF INTEREST;14
6.4;REFERENCES;14
7;CHAPTER II. PRINCIPLES AND PRACTICES;16
7.1;SAMPLING;16
7.2;CONTAMINATION;17
7.3;PURITY OF REAGENTS;20
7.4;STORAGE OF SOLUTIONS;22
7.5;DECOMPOSITI ON TECHNIQUES;29
7.6;SEPARATIONS;36
7.7;FINISHING TECHNIQUES;37
7.8;REFERENCES;40
8;CHAPTER III. ARSENIC;44
8.1;ANALYTICAL METHODS;45
8.2;RECOMMENDED METHOD [14];47
8.3;RECOMMENDED METHOD [14];51
8.4;REFERENCES;52
9;CHAPTER IV. CHLORINE (AND BROMINE);53
9.1;ANALYTICAL METHODS;54
9.2;RECOMMENDED METHOD FOR CHLORINE IN LIQUID HYDROCARBONS;57
9.3;REFERENCES;58
10;CHAPTER V. COPPER;59
10.1;ANALYTICAL METHODS;60
10.2;RECOMMENDED METHOD [16];62
10.3;REFERENCES;63
11;CHAPTER VII. IRON;64
11.1;ANALYTICAL METHODS;65
11.2;RECOMMENDED METHOD FOR IRON IN PETROLEUM [21];67
11.3;REFERENCES;68
12;CHAPTER VII. LEAD;70
12.1;ANALYTICAL METHODS;71
12.2;RECOMMENDED METHOD FOR LEAD IN NAPHTHA;74
12.3;RECOMMENDED METHOD FOR LEAD IN CATALYSTS;75
12.4;REFERENCES;76
13;CHAPTER VIII. NICKEL;77
13.1;ANALYTICAL METHODS;77
13.2;RECOMMENDED METHOD FOR NICKEL IN OIL[4];79
13.3;RECOMMENDED METHOD FOR NICKEL IN SILICA - ALUMINA CRACKING CATALYST;79
13.4;REFERENCES;80
14;CHAPTER IX. NITROGEN;81
14.1;ANALYTICAL M ETHODS;82
14.2;RECOMMENDED METHOD [17,18];83
14.3;REFERENCES;85
15;CHAPTER X. PHOSPHORUS;86
15.1;ANALYTICAL METHODS;87
15.2;RECOMMENDED METHOD FOR PHOSPHORUS IN GASOLINE;88
15.3;REFERENCES;89
16;CHAPTER XI. SODIUM AND POTASSIUM;90
16.1;ANALYTICAL METHODS;91
16.2;RECOMMENDED METHOD FOR SODIUM AND POTASSIUM IN HYDROCARBONS;93
16.3;NOTES;94
16.4;REFERENCES;95
17;CHAPTER XII. SULFUR;96
17.1;ANALYTICAL METHODS;97
17.2;RECOMMENDED METHOD;100
17.3;REFERENCES;103
18;CHAPTER XIII. VANADIUM;105
18.1;ANALYTICAL METHODS;106
18.2;RECOMMENDED METHOD FOR VANADIUM IN OIL [33];109
18.3;RECOMMENDED METHOD FOR VANADIUM IN SILICA-ALUMINA CRACKING CATALYST;110
18.4;REFERENCES;111
19;CHAPTER XIV. OTHER ELEMENTS;113
19.1;BARIUM;113
19.2;BORON;114
19.3;CALCIUM;116
19.4;COBALT;118
19.5;MAGNESIUM;121
19.6;MANGANESE;123
19.7;MOLYBDENUM;125
19.8;SILICON;128
19.9;ZINC;130
19.10;REFERENCES;132
20;INDEX;136
