Production engineering handbook

Downhole Gas Separators Gas Anchors -- 3. Gas Separator Types -- 3. Conclusions -- 3. The Sucker-Rod String -- 3. Solid Steel Rods -- 3. Other Types of Steel Rods -- 3. Fiberglass Sucker Rods -- 3. The Design of Sucker-Rod Strings -- 3. Rod String Failures -- 3. Ancillary Equipment -- 3. Wellhead Equipment -- 3. Polished Rod Clamps -- 3. Polished Rod Stuffing Boxes -- 3. Pumping Units -- 3. Pumping Unit Geometries -- 3. Designation of Pumping Units -- 3. Pumping Unit Kinematics -- 3. Special Pumping Units -- 3.

Gear Reducers -- 3. V-belt Drives -- 3. Construction -- 3. Operating Conditions -- 3. Prime Movers -- 3. Internal Combustion Engines -- 3. Electric Motors -- References -- ch. Introduction -- 4. Early Calculation Models -- 4. Polished Rod Loads -- 4. Peak Net Torque -- 4. Plunger Stroke Length -- 4. Dynamic Behavior of Rod Strings -- 4. Calculation Procedure -- 4.

Computer Calculations -- 4. Calculation Accuracy -- 4. Enhancements of the RP 11L Model -- 4. Composite Rod Strings -- 4. Simulation of the Rod String's Behavior -- 4. Basic Forms of the Wave Equation -- 4. Solutions of the Wave Equation -- 4. Determination of the Damping Coefficient -- 4. Application of the Simulation Models -- 4. The Wave Equation in Special Cases -- 4. Production Rate Calculations -- 4. Pump Displacement -- 4.

Pump Leakage Losses -- 4. Contact Us. Related Documents. Register to Learn More. Handbooks shouldn't be complicated. Quickly find and reference data using an interactive version of the Field Data Handbook. The i-Handbook was designed with three objectives: retain the book format of the Field Data Handbook present data without additional training focus on the needs of a varied audience, from onsite personnel to design and planning engineers in offices.

An advanced resource An interactive wellbore diagram lets you build a graphical view of the wellbore with drag-and-drop data from the tubular tables. Quick and accurate Tubing and casing data tables can be expanded so you can see additional physical properties.

Interactive design saves time A thorough understanding of the treatment and the effects of recommended wellbore actions is communicated through visual, sometimes animated, schematics.

Frequently Asked Questions How do you print the wellbore diagrams? How do you convert the handbook to display in metric? To display the i-Handbook in metric units, just follow the instructions below: On the top right corner of the i-Handbook click on "Options," then click "Units Management. The i-Handbook will now display data in metric units. I get the following error: "Entry Point Not Found. Where are the drift diameters for the tubing and casing? No, there is no version available for Palm or Pocket PC.

Is there a version of i-Handbook in Russian? In Spanish? No, there is just an English version of the i-Handbook. I can see just the top-left part of the i-Handbook application. Well Workover Abstract Sucker Rod Pumping Abstract Gas Lift Abstract Other Artificial Lift Methods Abstract Pipeline Precommissioning and Testing Abstract Gas Hydrate Control Abstract Other Flow Assurance Issues Abstract Pipeline Pigging Abstract He has 40 years of work experience in the oil and gas industry and academia.

Xinghui "Lou" Liu Xinghui Liu is currently a Senior Completion Engineering Advisor with a major oil company, specializing in well completion and hydraulic fracturing design in shale and tight unconventional plays. He has authored and co-authored numerous technical papers on a variety of subjects including fracture design and optimization, fracture monitoring, fracture performance evaluation, geochemical modeling, acidizing, formation damage control, gravel packing, and Non-Darcy flow analysis.

Xuehao Tan Xuehao Tan is currently a Senior Modeling and Simulation Engineer specializing on acidizing modeling, temperature simulation in the wellbore and reservoir, applications of coiled tubing and acid fracturing. He is active in SPE and serves as technical reviewers for several journals related to production engineering.

He has published many SPE papers on temperature simulation, acidizing modeling and related topics.