Course participants will learn about the fluid systems and additives developed to meet these demands, as well as basic introductions to drilling fluids, clay chemistry, and polymer chemistry. The molecular structure and functionality of various fluid additives is presented to gain an insight into how things work and how fluid formulations are designed to meet specific well parameters.

By the end of this BTS training course, participants will be able to:

• Have an understanding of the composition and properties of drilling and completion fluid systems and additives
• Gain insights into how things work, and where they do not work
• Have grounding in clay chemistry and polymer chemistry and their importance to drilling fluid design
• Have an appreciation of the importance of efficient solids control
• Acquire a background in the mechanisms of formation damage, reservoir fluid design to maximize productivity, completion fluid systems, and the field applications of completion brines.

Drilling Engineers, Senior Drilling Engineers, Drilling Supervisors, Work over Engineers, Petroleum Engineers, Completion Engineers, Tool Pushers, Reservoir and Senior Reservoir Engineers, Geologists, Production Engineers & technologists, Well site Engineers, Lifting Personnel, Maintenance Engineers, Foremen, Industry Personnel

This interactive Training will be highly interactive, with opportunities to advance your opinions and ideas and will include;

• Lectures
• Workshop & Work Presentation
• Case Studies and Practical Exercise
• Videos and General Discussions

Basic Geology

• Porosity & Permeability
• Reservoir properties
• Hydrocarbon reservoirs and origins
  
  

Pressure Detection

• Development & causes of Abnormal Pressure
• Overview evaluation of Abnormal Pressure
  
  

Fracture Gradient

• Introduction –What is a Fracture Gradient
• Fracture Gradients –Importance?
  
  

Introduction to Drilling Fluids

• History of Drilling Fluids (Mud)
• When / How ‘MUD’ came to be used in the Oil & Gas
• Industry, Functions of a drilling mud
  
  

Rheology & Hydraulics

• Physical properties of drilling ‘muds’, Bit hydraulics
  
  

Basic Chemistry & Drilling Fluids Chemistry

• Concepts & terminology
• Chemical types and reactions
• Water chemistry, pH and Alkalinity
• Control
  
  

Clay Chemistry

• Fundamental Clay Structure
• Interaction with water
• Control
  
  

Polymers:

• Types
• Uses
  
  

Water Base Drilling Fluid (WBM):

• Components
• Miscellaneous Specialty Functions
• Clays
• Use
• Interaction
• Loss Circulation
• Why, Materials
• Different WBMs
• Classification
• Contaminates
• Salt, Solids
• Oils
• Acid gases
• Leading to property changes
• Common Calculations used in WBM
  
  

Oil Base Drilling Fluids or Non-Aqueous Fluids (OBM)

• Types, Inverts, Mineral, Common Calculations used in Oil Base Muds
  
  

Solids Control

• During drilling a well, Analysis, Equipment
  
  

Common Drilling Problems and Mud Remedies Used Today

• Formation Damage
• Causes
• Mechanisms
• Loss Circulation
• Stuck Pipe
• Differential
• Key Seating
• Under gauged
• Kick
• Blowout
• Corrosion

Environmental Concerns.

Completion & Work over Fluids.

BTS attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration.