13 - 13 |
Untitled Romanow S |
15 - 16 |
Support professional societies Gruhn P |
17 - 18 |
Become familiar with turboexpander applications Bloch HP |
21 - 21 |
Association of the German petroleum industry Crowley B |
33 - 33 |
Process removes sulfur, octane not reduced Kane L, Romanow S |
33 - 34 |
Instantaneous steam trap monitoring Kane L, Romanow S |
34 - 36 |
Improved butadiene purification technology Kane L, Romanow S |
37 - 38 |
Chemiluminescence analyzer improves sulfur measurement Kane L, Romanow S |
45 - 46 |
Petroleum refining: a look at the future Penning RT |
47 - 54 |
Improved planning can optimize solutions to produce clean fuels Avidan A, Klein B, Ragsdale R |
55 - 59 |
Project alliance delivers 'green' fuels Entwistle M, Watson P |
62 - 70 |
What are the options to meet Tier II sulfur requirements? Swaty TE, Nocca JL, Ross J |
71 - 74 |
Combine power options with clean fuels projects Katogir LJ |
75 - 78 |
Cat naphtha sulfur management: undercut or not? Sloley AW |
79 - 83 |
Consider improved liquid alkylation catalysts Wood CB, Vander Laan J, Shoemaker LW, Pfile M |
84 - 84 |
Process ultra-low sulfur diesel Mayo S, Brevoord E, Gerritsen L, Plantenga F |
85 - 85 |
Case 1: The fatigued motor shaft Sofronas T |
87 - 89 |
Improve APC uptime using analyzers with predictive models Brooks KS, Dreyer R, Burston A |
91 - 98 |
Guidelines help energy engineers and managers Goyal OP |
99 - 100 |
Is ultrasound leak detection reliable for steam traps? Blazquez V |
101 - 105 |
HPI construction boxscore update [Anonymous] |
121 - 121 |
Comparing failure rates Goble WM |
123 - 123 |
Basic cooling water treatment Huchler LA |