Outline of Petroleum Engineering

$y=ax+b$

y=ax+b

$y=ax+b$

{\partial ^{2}p \over \partial r^{2}}+{1 \over r}{\partial p \over \partial r}={\phi \mu c \over 0.000264k}{\partial p \over \partial t}

(1.1)

{\partial ^{2}p \over \partial r^{2}}+{1 \over r}{\partial p \over \partial r}={\phi \mu c \over 0.000264k}{\partial p \over \partial t}

(1.1)

The following outline is provided as an overview of and topical guide to petroleum engineering

Petroleum Engineering is the branch of engineering that is concerned with the production of oil and gas resources.

General Engineering
Drilling Engineering
- Drilling Geoscience
- Drilling Fluids
- Fluid Mechanics for Drilling
- Well Control: Procedures and Principles
- Bit Selection
  - Introduction to Roller-Cone and Polycrystalline Diamond Drill Bits
- Directional Drilling
- Casing Design
- Cementing
- Drilling Problems and Solutions
- Introduction to Well Planning
- Underbalanced Drilling
- Emerging Drilling Technologies
- Marine Drilling
- Drilling-Data Acquisition
- Coiled-Tubing Well Intervention and Drilling Operations
Facilities and Construction Engineering
- Gas, oil, and water separation and treatment
- Pumps
- Compressors
- Engines and Turbines
- Piping and Pipelines
- Safety Systems
- Instrumentation and Metering
- Electrical Systems
- Storage Tanks
  - Oil Storage
- Offshore and Subsea Facilities
- Project Management of Surface Facilities
Production Operations Engineering
Reservoir Engineering and Petrophysics
Emerging and Peripheral Technologies
- Smart Wells
- Subsea and Downhole Processing
- Monetizing Stranded Gas
- Hydrate Emerging Technologies
- Electromagnetic Heating of Oil
- Reservoir Geophysics
- Geologically Based, Geostatistical Reservoir Modeling
- Cold Heavy-Oil Production With Sand
- Coalbed Methane
- Tight Gas Reservoirs
- Geothermal Engineering
- Risk and Decision Analysis

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