Hydrocarbon Processing

Hydrocarbon Processing, Vol.80, No.8 Entire volume, number list

ISSN: 0018-8190 (Print)

In this Issue (25 articles)

11 - 11	More websites and e-newsletters Kane LA
13 - 13	Synchronizing people and tools Hartmann H
15 - 15	Improve turboexpander shaft seals and bearings Bloch HP
17 - 17	Gasoline prices: going up or coming down? Crowley B
27 - 27	'Cool' technologies improve NOx control [Anonymous]
27 - 28	New technology controls coking [Anonymous]
28 - 29	Composites technology for permanent repair [Anonymous]
28 - 28	Novel hydroprocessing catalyst technology [Anonymous]
28 - 28	Reactor design raises formaldehyde yield [Anonymous]
29 - 30	Web-based equipment performance monitoring [Anonymous]
30 - 30	New solution for wear, friction [Anonymous]
30 - 31	Software eliminates need for stand-alone flow computer [Anonymous]
31 - 31	Better condition monitoring [Anonymous]
37 - 37	Avoid control valve application problems with physics-based models -Kinetic energy criteria have many limitations Roth KW, Stares JA
49 - 49	Using DIERS two-phase equations to estimate tube rupture flowrates - The method is more accurate than the traditional'separate' phase approach Elliott B
57 - 58	Hydro-tapping a 60-inch flue gas duct - Using a high-pressure water jet with abrasive grit met the requirements Bowling T
60 - 60	Acoustic fatigue in large turbocompressors and pressure reduction systems - A near-field sound pressure level screening method can predict problems Jungbauer DE, Blodgett LE
69 - 69	All you need to know about centrifugal pumps, Part I - Understand these factors for reliable, optimal operation Godse AG
85 - 85	Computational fluid dynamics: a key analytical tool - The potential for process improvements using these methods is not yet fully realized Pordal HS, Matice CJ, Fry TJ
93 - 93	Case 4: The wrong bearing in the right place - Calculate B-10 life to ensure reliable operation Sofronas T
95 - 100	Consider online monitoring of HF acid when optimizing alkylation operations - In an innovative effort, this refiner improved operations and reduced acid losses by installing an online analyzer to measure HF compositions Eastman AD, Randolph BB, Moore WP, Heald RL
103 - 103	Improve haze removal for FCC gasoline - This refinery used advanced coalescer techniques to separate very stable emulsions and dispersions by mechanical means Katona A, Darde T, Wines TH
119 - 119	Getting your functional safety program started Goble WM
120 - 120	HP in water management - Proper pH measurement Huchler LA
84A - 84B	Improve NGL plant performance - Process engineers troubleshoot unstable process circuits Eskaros MG