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IADC approved Course on Drilling Fluids - Mud School

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30 hrs
Next month
English
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Dr Milap Goud
Dr Milap GoudFounder and Instructor
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Why enroll

Award of IADC approved certificate upon securing 80% in the post training test conducted by instructor.

Mud School, course provide thorough understanding of drilling fluids characteristics to all drilling and completion professionals involved in drilling and engineering

Is this course for you?

You should take this if

  • You work in Oil & Gas Upstream
  • You're a Petroleum Technology / Chemical & Process professional
  • You have 3+ years of hands-on experience in this field
  • You prefer live, instructor-led training with Q&A

You should skip if

  • You're new to this field with no prior experience
  • You need a different specialisation outside Petroleum Technology
  • You need fully self-paced, on-demand content

Course details

IADC approved courses on drilling fluids, described as “Mud School”, 30 hrs, leading to the award of IADC approved certificate upon securing 80% in the post training test conducted by mentor.

Course Duration- 30 hrs.

Objective: 

Upon completion of the course, participants will be able to:

·        Acquire a thorough knowledge of drilling fluids and rheology,

·        Learn how to choose the right equipment for solid removal,

·        Learn how to design a Mud System.

 

The contents of the mud school course are as below

  • Basic introduction with brief description about history and stagewise development to meet challenges of drilling

  • Definition, functions of mud and how it helps in drilling

  • Properties of mud, their relevance and role in various segments of drilling

  • Brief description of geo-mechanical modelling with respect to drilling fluids and drilling engineering for effective well design

  • Introduction to Rheology and hydraulics with explanation of their importance in drilling and how drilling fluid will help in effective management of rheology and hydraulics

  • Mud Chemicals, various categories with examples, generic structure and mechanism of action to impart the properties in chosen range

  • Types of mud systems, a brief overview

  • Fresh water low solids system

  • PHB/CMC/LIGNITE system

  • K Cl/PHPA/GLYCOL/Polymer mud system

  • Solids free heavy density drilling fluids

  • High performance water based mud

  • Reservoir drill-in fluids with exposure to formation damage and role of mud to protect the formation from possible damage

  • Well-bore integrity management

  • Non-aqueous mud -introduction, why non-aqueous mud is required

  • Details of formulation with explanation on each merit

  • comparing water and oil base mud for selecting correct mud system with respect to the type of rock

  • Various complications related to drilling management and role of mud in mitigating them

  • Solids management

  • Deep-water drilling fluids

  • HTHP drilling fluids

  • Surfactants and their role in drilling fluids management

  • Practical tips to manage/condition mud on rig while working as a mud engineer

  • Completion fluids

  • Case histories discussion

  • Basic drilling fluids calculations

  • Contamination management

Course suitable for

Key topics covered

  • Basic introduction with brief description about history and stagewise development to meet challenges of drilling

  • Definition, functions of mud and how it helps in drilling

  • Properties of mud, their relevance and role in various segments of drilling

  • Brief description of geo-mechanical modelling with respect to drilling fluids and drilling engineering for effective well design

  • Introduction to Rheology and hydraulics with explanation of their importance in drilling and how drilling fluid will help in effective management of rheology and hydraulics

  • Mud Chemicals, various categories with examples, generic structure and mechanism of action to impart the properties in chosen range

  • Types of mud systems, a brief overview

  • Fresh water low solids system

  • PHB/CMC/LIGNITE system

  • K Cl/PHPA/GLYCOL/Polymer mud system

  • Solids free heavy density drilling fluids

  • High performance water based mud

  • Reservoir drill-in fluids with exposure to formation damage and role of mud to protect the formation from possible damage

  • Well-bore integrity management

  • Non-aqueous mud -introduction, why non-aqueous mud is required

  • Details of formulation with explanation on each merit

  • comparing water and oil base mud for selecting correct mud system with respect to the type of rock

  • Various complications related to drilling management and role of mud in mitigating them

  • Solids management

  • Deep-water drilling fluids

  • HTHP drilling fluids

  • Surfactants and their role in drilling fluids management

  • Practical tips to manage/condition mud on rig while working as a mud engineer

  • Completion fluids

  • Case histories discussion

  • Basic drilling fluids calculations

  • Contamination management

Opportunities that await you!

Career opportunities

Training details

This is a live course that has a scheduled start date.

Why people choose EveryEng

Industry-aligned courses, expert training, hands-on learning, recognized certifications, and job opportunities-all in a flexible and supportive environment.

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Questions and Answers

A: Picking wrong here risks breaking down the formation and turning partial losses into total losses. The loss only manifests while circulating and correlates with ECD spikes, not static mud weight, pointing to a pressure-induced failure rather than solids settling or hole enlargement. Managing annular velocity and rheology avoids reopening the fracture during dynamic conditions.

A: Running the wrong cone size at desander flow rates overloads the apex, sends solids back to the active system, and chews up pumps. Cone diameter directly ties to cut point and allowable feed rate, and the mismatch between label and service is readable only from the P&ID.

A: Assuming protection where none exists can rupture surface piping and delay well control. An MGS separates gas from mud but doesn't regulate pressure; downstream overpressure still needs relief and proper choke operation.

A: Choosing poorly leads to sag, stuck pipe, and days of nonproductive time. At high density and low shear, reducing solids volume while maintaining density cuts sag risk, which is why the higher specific gravity material fits the duty.