Rig Mathematics

Course Objectives

Delegates completing the Rig Mathematics course will be able to:

• Equip participants with the foundational mathematical principles used in the oil and gas industry, particularly in drilling operations.
• Teach participants how to apply key mathematical concepts such as unit conversions, volume calculations, and pressure calculations in real-world drilling scenarios.
• Provide practical knowledge on calculating drill string weight, hook load, and the maximum allowable working pressure for various rig components.
• Ensure participants understand the importance of accurate measurements and calculations for efficient and safe rig operations.
• Familiarize participants with the tools and software commonly used for rig-related mathematical calculations.
• Train participants to solve problems related to fluid volume and circulation, including mud weight, flow rate, and pressure losses in the system.
• Introduce the concepts of wellbore stability and how to calculate parameters that impact drilling efficiency, including kick tolerance and mud density.
• Help participants understand the use of trigonometry and geometry in tasks such as calculating depths, angles, and rig movements.
• Provide knowledge of how mathematical calculations contribute to maintaining safety standards and optimizing drilling performance.