8 - 8 |
SPE - the professional society for the high-technology, growing, global upstream oil and gas industry. Holditch SA |
10 - 10 |
Comments Donnelly J |
12 - 12 |
The evolution of petroleum engineering education Khataniar S, Chukwu GA, Zhu T, Agbaraji CI |
18 - 18 |
Real-time rheology control possible with new fracturing fluid technology [Anonymous] |
23 - 23 |
Q&A with Jean-Luc Vermeulen Donnelly J, Vermeulen JL |
28 - 31 |
SPE brings innovation and technology to the forefront [Anonymous] |
32 - 34 |
Everyday crisis management Blythe BT |
36 - 36 |
Oil & gas development in sensitive areas - Go or no go? [Anonymous] |
42 - 42 |
Seismic applications - Overview Labastie A |
43 - 43 |
4D seismic monitoring or water influx at Bay Marchand Denney D |
44 - 44 |
High-resolution surface gravity survey to monitor gas cap water injection Denney D |
46 - 46 |
Characterize submarine channel reservoirs: A neural-network-based approach Denney D |
47 - 47 |
Real-time borehole seismic from an LWD tool Denney D |
48 - 48 |
Offshore completions - Overview Keene M |
49 - 50 |
Completion tools successful in deepwater frac packs Bybee K |
51 - 51 |
Malampaya deepwater gas-to-power project Denney D |
52 - 53 |
Typhoon project: Flow-assurance issues Bybee K |
54 - 54 |
CVAR-FPSO concepts with dry trees in ultradeep water Denney D |
56 - 56 |
Cementing technology - Overview Sweatman R |
57 - 57 |
Redefining static gel strength requirements to control shallow water flows Bybee K |
58 - 58 |
High-pressure/high-temperature cementing Bybee K |
59 - 59 |
Simulation of salt-zone cementing operations Bybee K |
60 - 61 |
Cement design for the life of the well Bybee K |
62 - 62 |
Reservoir compaction Settari A |