Peyton Ondeo-Nalco Fuel Field Manual
.pdf394 |
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Index terms |
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Links |
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Methanol: |
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compatibility |
302 |
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engine performance |
302 |
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from coal |
273 |
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from synthesis gas |
287 |
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fuel grades |
289 |
302 |
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motor octane number |
301 |
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processing catalysts |
288 |
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research octane number |
301 |
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Methyl ester |
286 |
304 |
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Methyl tertiary butyl ether |
40 |
46 |
184 |
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Methylene-bis-thiocyanate |
148 |
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Microbial growth |
105 |
146 |
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Microbial plaques |
106 |
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Microbiocides |
53 |
146 |
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Microbiologically influenced corrosion (MIC) |
106 |
147 |
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Macrocrystalline wax |
86 |
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Microorganisms |
72 |
105 |
143 |
209 |
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212 |
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Microseparometer |
186 |
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Military jet fuel |
50 |
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MIL-S-53021 |
142 |
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Mixed polycyclic hydrocarbons, in crude oil |
34 |
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Molecular sieves |
18 |
29 |
214 |
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MON (see Motor octane number) |
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Monel |
228 |
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Motor octane number |
22 |
39 |
48 |
135 |
MSEP (see Microseparometer) |
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MTBE (see Methyl tertiary butyl ether) |
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Muntz metal |
224 |
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395
Index terms |
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Links |
N |
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NACE corrosion |
182 |
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NACE spindle rating scale |
182 |
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Naphtha: |
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in aviation gasoline |
48 |
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from coking |
23 |
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from distillation |
6 |
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from hydrocracking |
18 |
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hydroprocessing |
17 |
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in jet fuel |
50 |
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nitrogen in |
38 |
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oxygen in |
38 |
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reforming |
20 |
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sulfur in |
37 |
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Naphthenic acids: |
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description |
38 |
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in distillate fuel |
140 |
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as emulsifying agents |
144 |
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from fuel refining |
25 |
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in jet fuel |
51 |
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reaction with caustic |
210 |
214 |
removal |
25 |
27 |
Naphthenic-aromatic compounds, in crude oil |
34 |
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Natural gas: |
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composition |
295 |
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compressed (CNG): |
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storage |
295 |
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vehicle exhaust emissions |
297 |
307 |
liquefied (LNG) |
295 |
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subclasses |
295 |
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Naval bronze |
224 |
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Naval distillate fuel |
62 |
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396 |
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Index terms |
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Links |
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Naval distillate stabilizer |
142 |
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Needle wax |
86 |
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Nickel: |
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alloys |
228 |
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in brass |
224 |
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in bronze |
225 |
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in crude oil |
31 |
38 |
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as a fuel refining catalyst |
17 |
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in marine fuel |
69 |
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in steel |
157 |
223 |
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Nickel-molybdenum (NiMo) |
17 |
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Nitrobacter |
107 |
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Nitrosomonas |
107 |
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Non-Positive Displacement Pumps |
231 |
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Normal butane, in gasoline |
39 |
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Nucleation |
87 |
149 |
171 |
O |
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Octane number: |
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of automotive gasoline |
39 |
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of aviation gasoline |
48 |
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of FCC products |
11 |
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refining processes affecting |
18 |
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requirement (ONR) |
42 |
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values of blendstocks |
43 |
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Octane requirement increase |
42 |
163 |
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Octyl nitrate |
160 |
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Odor |
51 |
116 |
133 |
(see also Mercaptans) |
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Oil and grease, in water analysis |
73 |
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Oil sand: |
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composition |
291 |
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397
Index terms |
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Links |
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Oil sand (Continued) |
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direct coking |
293 |
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hot water processing |
293 |
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recovery |
292 |
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reserves |
291 |
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steam flooding |
293 |
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upgrading |
294 |
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Olefins: |
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additives to treat effects of |
137 |
161 |
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as alkylation feedstock |
22 |
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as catalytic polymerization feedstock |
19 |
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as chromophores |
104 |
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cetane number |
127 |
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in crude oil |
33 |
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in deposit formation |
47 |
162 |
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in diesel fuel |
54 |
102 |
264 |
effect on fuel quality |
102 |
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effect on sludge formation |
103 |
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effect on varnish formation |
103 |
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as FCC unit products |
15 |
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in gasoline |
38 |
40 |
264 |
in jet fuel |
50 |
214 |
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reaction with hydrogen sulfide |
105 |
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removal by acid treatment |
28 |
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removal by hydroprocessing |
17 |
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ONR (see Octane number) |
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Opel Kadettl.2L 12S |
163 |
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Operability additives |
90 |
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Organonitrogen compounds, in crude oil |
38 |
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Organosulfur compounds: |
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as antioxidants |
138 |
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in crude oil |
37 |
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398 |
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Index terms |
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Links |
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ORI (see Octane requirement increase) |
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Oxidation: |
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copper catalyzed |
141 |
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of olefins |
102 |
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Oxidation stability: |
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of aviation fuels |
180 |
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of distillate fuel oil |
179 |
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of gasoline |
175 |
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Oxygen, and deposit formation |
78 |
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Oxygen containing compounds, in crude oil |
38 |
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Oxygenate |
40 |
46 |
184 |
Oxygenated organics, in jet fuel |
51 |
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P |
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Packing group |
242 |
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Paint |
46 |
168 |
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Paraffmic hydrocarbons, effect on cetane number |
127 |
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Paraffins: |
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in crude oil |
33 |
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hydrogen content and fuel combustion |
128 |
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as solvents |
126 |
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wax related problems |
127 |
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n-Paraffins |
10 |
126 |
203 |
Passive films |
156 |
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PDA (See Phenylenediamine) |
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Percent gasoline distilled at 158°F. engine warmup |
95 |
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Perforated sleeve vaporizing burner |
66 |
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Performance number, of aviation gasoline |
48 |
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Peri-condensed asphaltenes |
35 |
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Permalloy |
228 |
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Peroxide number of aviation turbine fuel |
108 |
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Peroxy radical |
102 |
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399
Index terms |
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Links |
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Peugeot XUD-9 |
165 |
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PFI (see Port fuel injection) |
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Phenolic antioxidants |
137 |
168 |
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Phenols: |
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effect of exposure to light |
84 |
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effect on fuel color |
104 |
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Phenylenediamine |
28 |
138 |
143 |
Phosphorus content, of gasoline |
45 |
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Piston pump |
234 |
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Pitting |
157 |
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Plaques |
105 |
147 |
209 |
Plate wax |
85 |
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Platinum |
18 |
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Polycyclic aromatic compounds |
120 |
208 |
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Polynuclear aromatics |
10 |
34 |
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Polytetrafluoroethylene |
229 |
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Poor flame quality, kerosene |
206 |
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Poor startability |
82 |
259 |
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Poor starting, warm-up and initial acceleration |
161 |
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Porphyrin ring |
38 |
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Port fuel injection |
47 |
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Positive displacement pumps |
232 |
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Potential heat, effect of aromatic content |
122 |
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Pour point: |
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of petroleum products |
188 |
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reduction of diesel fuel |
88 |
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of residual oils |
68 |
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reversion |
150 |
194 |
204 |
Predicting storage stability of distillate fuel |
179 |
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Preventing detergent-water emulsions |
145 |
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Products of microbial metabolism |
147 |
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400 |
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Index terms |
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Links |
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Products produced from catalytic cracking |
11 |
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Propane |
11 |
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Propylene oxide |
146 |
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Pseudomonas species |
106 |
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PTFE (see Polytetrafluoroethylene) |
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Pumpability problems |
150 |
201 |
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Pumps |
231 |
238 |
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Pyridine |
38 |
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Pyrrole |
38 |
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Q |
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QPL (Qualified Product List)-24682 |
142 |
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Quaternary ammonium salts |
146 |
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Quinoline |
38 |
84 |
207 |
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R |
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Rapeseed methyl ester (RME) |
304 |
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Reactions which can liberate sulfur |
119 |
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Red brass |
224 |
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Reduced power |
263 |
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Reducing cloud point |
187 |
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Reducing pour point |
88 |
91 |
171 |
188 |
Reformate |
39 |
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Reforming (see Catalytic reforming) |
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Reformulated gasolines |
47 |
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Regular grade diesel fuel oil |
58 |
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Reid vapor pressure |
43 |
46 |
94 |
131 |
Removal of inhibitor film |
211 |
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Research octane number and motor octane number |
41 |
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Residual fuel: |
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asphaltene incompatibility |
124 |
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401
Index terms |
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Links |
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Residual fuel (Continued) |
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coking |
23 |
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as marine fuel |
62 |
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pour point |
94 |
149 |
193 |
pour point increase |
203 |
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properties |
66 |
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in visbreaking |
10 |
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wax |
85 |
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Resins, in crude oil |
35 |
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Reversion of pour point |
171 |
193 |
203 |
Riser |
10 |
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RON (see Research octane number) |
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Rotor or lobe pump |
233 |
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Rouge removal, by corrosion inhibitors |
169 |
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Rust: |
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formation process |
154 |
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in fuel |
84 |
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on metal |
209 |
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prevention |
157 |
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reaction with hydrogen sulfide |
119 |
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removal by corrosion inhibitor |
157 |
169 |
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test methods to predict |
182 |
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Ryton |
229 |
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S |
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Sacchromyces cerevisiae |
279 |
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Salt drying, in fuel refining |
29 |
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Sasol |
275 |
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Saybolt color degradation, due to PDA antioxidants |
168 |
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Sea water contamination |
110 |
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Seal swelling |
123 |
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Sediment, determination in marine fuels |
64 |
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402 |
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Index terms |
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Links |
Sensitivity, in gasoline octane number determination |
42 |
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SFPP (see Simulated filter plugging point) |
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Shale oil: |
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extraction |
289 |
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processing history |
289 |
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properties |
291 |
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retorting |
290 |
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Shell - Amsterdam pour point test |
195 |
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Silver, engine parts containing |
109 |
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Simulated filter plugging point |
87 |
190 |
Slime forming bacteria |
106 |
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Slow speed engines |
61 |
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Sludge: |
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definition |
108 |
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formation |
101 |
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in fuel |
123 |
207 |
inhibition |
140 |
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prevention |
137 |
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tests to predict formation of |
177 |
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Slurry oil |
11 |
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Smoke: |
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black |
125 |
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blue |
108 |
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causes and prevention |
265 |
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from diesel fuel combustion |
100 |
133 |
formation by burner fuels |
65 |
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reduction |
260 |
265 |
white |
82 |
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Smoke point |
19 |
52 255 |
Sodium dimethyl dithiocarbamate/disodium |
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ethylene-bis-dithiocarbamate |
148 |
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Solvent refined coal process |
277 |
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403
Index terms |
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Links |
Solving a problem |
1 |
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Southwest Research scuffing ball-on-cylinder |
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lubricity evaluator |
165 |
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Soybean: |
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characteristics |
285 |
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fatty acid composition |
286 |
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methyl ester (SME) |
304 |
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oil |
285 |
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processing |
285 |
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Specific gravity, of fuel |
123 |
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SRB (see Sulfate reducing bacteria) |
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Stabilizer packages, composition |
140 |
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Stainless steel |
222 |
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Startability |
58 |
134 |
Steam: |
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in coking |
25 |
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in distillation |
7 |
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in fluid catalytic cracking |
10 |
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tracing of lines |
236 |
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Steel |
219 |
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Straight run naphtha |
7 |
20 |
Stress corrosion cracking |
157 |
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Styrene-ester copolymers |
149 |
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Succinimides |
75 |
164 |
Sulfate reducing bacteria |
105 |
146 |
Sulfides, in crude oil |
37 |
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Sulfonates |
116 |
158 |
Sulfonic acids |
119 |
144 |
Sulfur: |
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acids |
70 |
118 |
analysis |
198 |
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in aviation gasoline |
51 |
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This page has been reformatted by Knovel to provide easier navigation.