World oil's handbook of high pressure well completionsDescribes origin of abnormal or high pressure in oil wells, detection techniques and fracture gradient calculations. |
What people are saying - Write a review
We haven't found any reviews in the usual places.
Contents
High Pressure Well Completions | 5 |
Part 2Improved logging coring and testing | 15 |
Part 3Special HS resistant alloys plus | 25 |
Copyright | |
5 other sections not shown
Common terms and phrases
acid annulus applications brine calculated cement chemical clearance collapse completion fluids compressive compressive strength corrosion damage deep defined Delaware basin depth diameter differential pressure discussed downhole drilling mud effect elastomer factors feet field flanges flow fluid formation pressure fracture gradient geopressured gravel packs hanger high density high pressure high temperature hydropressured increase installed Kalrez limited liner loading material maximum metal methods mud weight NACE normally open hole operations overburden packer fluid Paper SPE particles penetration perforating permeability plugging polymers pore pressure porosity pressure gradient production proppant psi per foot reduced reservoir resistance rock sand control seal shale slurry solids sour gas specific steel stimulation strength stress cracking sulfide surface pressure Teflon Texas tion tool tubing hanger tubing string tubulars U.S. Gulf Coast underbalance viscosity Viton wellbore wellhead wireline World Oil yield strength
Bibliographic information
| Title | World oil's handbook of high pressure well completions |
| Authors | Robert Edward Snyder, George O. Suman |
| Publisher | Gulf Pub. Co., 1979 |
| Length | 72 pages |
| Subjects | Oil well completion |
| Export Citation | BiBTeX EndNote RefMan |