Basic level, Advanced level, Specialization on the request according to Training specifications • Introduction • Directional Well Planning (Positioning and Coordinate Systems, Survey Calculation methods,Basic Well Planning) • Surveying • Deflection Methods • Downhole Motors • Drill string, BHA Selection & Design Rotate/Non Rotate Assemblies • Horizontal wells: The essential differences of the Horizontal Wells

Basic level, Specialization on the request according to Training Specifications

Advanced level, Specialization on the request according to Training Specifications

Basic and Advanced levels, Specialization on the request according to Training specifications

Remind courses : Mathematic / Physics / Electricity / Mecanico Drilling pumps: use and maintenance

Basic level, Advanced level, Specialization on the request according to Training Specifications

Basic level and Specialization on the request according to Training Specifications

Roughneck level - Water and Hydrocarbons - Rig team organisation - Safety on drilling rig - Type of drilling rigs - The drilling string - Rotary equipments - The drilling bits - Drilling fluids - Casing and Cementing - Well head equipments - Blow Out Preventer equipments and accessories - Pumping equipments - Mud circuit and équipements - Coring - Hole problems while driilling - Fishing - One day practice on rig site

Basic level, Specialization on the request according to Training Specifications

Basic level, Specialization on the request according to Training Specifications

Basic level, Advanced level, Specialization on the request according to Training Specifications

Advanced level, Specialization on the request according to Training Specifications

Advanced level, Specialization on the request according to Training Specifications Advanced level program: • Inter-action Bit / Rock - Characteristics of the rock as material to be destroyed - Attack of the rock by the bit - Attack of the bit by the rock - Bit optimization • Roller cone bits - Mode of work - Description and manufacturing - Tricone characteristics  Cutting structure  Bearings and Seals  Hydraulic system - Rock bit metallurgy - Improvement of rock bit technology - IADC Rock bit classification • Diamond and Fixed cutter bits - Introduction – Type of diamonds used - Mode of work - Diamond bits  Manufacturing  Application  Design  Selection - Fixed cutter bits  Manufacturing  Design - IADC Classification • Bit optimization - The drilling parameters  Mechanical parameters  The drill off test  Hydraulic parameters  Design - Bits choice  Based on the wear analysis  The break even method • Study of wear on roller cone bit - Roller cone bit IADC dull grading system - Dull condition evaluation • Study of wear on fixed cutter bits - Fixed cutter bit IADC dull grading system - Dull condition evaluation

Advanced level, Specialization on the request according to Training Specifications Advanced level program: • The standard core barrels • Coring solutions - Conventional coring - Fiberglass inner tubes / Aluminium inner tubes - Long barrel coring - Gel coring - Unconsolidated formation coring - Oriented coring - Corienting - Horizontal well coring - High pressure well coring - Sponge coring (DBS) - Clean core (DBS) - Coregard concept (BHI) • Oriented coring • Coring procedures • Other coring techniques • Core analysis definition

Advanced level, Specialization on the request according to Training Specifications

Advanced level, Specialization on the request according to Training Specifications

Advanced level, Specialization on the request according to Training Specifications • Primary cementing & casing hardware • Cement manufacturing and additives • Cement slurry properties • Laboratory testing • Cementing equipments • Mud removal – Slurry displacement • Gas migration • Foam cement • Special cements • Well analysis and slurry selection • Horizontal well cementing • Cementing failure – Causes and Solutions • Remedial cementing • Introduction to cementing evaluation

Advanced level, Specialization on the request according to Training Specifications

Advanced level • Introduction: Definition of Kick and Blowout – Terminology • Well Control Notions: • Basic Concepts: Hydrostatic Pressure / Formation Pressure / Overburden Pressure / Fracture Pressure / Maximum Pressure allowable / Bottom-Hole Pressure / Pump Pressure / Surge and Swab Pressure / Shut-In Drill Pipe Pressure / Shut-In Casing Pressure • Basic Calculations: Capacity / Displacement / Pump Outputs / Fluid Weight Up / "U" Tube / Others • Kick information: Causes - Detection during drilling and during tripping - Importance of the type and volume of effluent - Driller's procedure for well control - Safety equipment periodic test and safety drill • Killsheet Notions and Usage: Taking Readings - Strokes to Bit - Kill Weight Mud - Initial Circulating Pressure - Final Circulating Pressure - Decline Schedule • Driller's Method: Control principle - calculations and kill graph - Application: case story / equipment incidents / risk of losses above the kick zone • Weight and Weight method: Applications • Well control equipment: B.O.P.’s, Diverter, Closing Units and Accumulator, Choke and Standpipe manifolds, Inside B.O.P’s & safety valve.... • Module Evaluation and correction • Presentation of practical exercises on simulator during a visit to the available local IWCF training centre

Specialization level

Advanced level, Specialization on the request according to Training Specifications

Advanced level

• Introduction: Definition of Kick and Blowout – Terminology • Well Control Notions: • Basic Concepts: Hydrostatic Pressure / Formation Pressure / Overburden Pressure / Fracture Pressure / Maximum Pressure allowable / Bottom-Hole Pressure / Pump Pressure / Surge and Swab Pressure / Shut-In Drill Pipe Pressure / Shut-In Casing Pressure • Basic Calculations: Capacity / Displacement / Pump Outputs / Fluid Weight Up / "U" Tube / Others • Kick information: Causes - Detection during drilling and during tripping - Importance of the type and volume of effluent - Driller's procedure for well control - Safety equipment periodic test and safety drill • Killsheet Notions and Usage: Taking Readings - Strokes to Bit - Kill Weight Mud - Initial Circulating Pressure - Final Circulating Pressure - Decline Schedule • Driller's Method: Control principle - calculations and kill graph - Application: case story / equipment incidents / risk of losses above the kick zone • Weight and Weight method: Applications • Well control equipment: B.O.P.’s, Diverter, Closing Units and Accumulator, Choke and Standpipe manifolds, Inside B.O.P’s & safety valve.... • Module Evaluation and correction • Presentation of practical exercises on simulator during a visit to the available local IWCF training centre

Specialization level Classroom lecturing 3 days • Primary well control • System pressure losses • Pump speed and Mud weight effects on pressure losses • SCR’s when and why • Drilling trends • Shut-in procedures API RP5 • Shut-in calculations • Kill methods • Driller’s and Wait & Weight methods • Gas migration and behaviour • Deviated well control • Accumulator Systems Practical exercises on simulator 1 day Exams (IWCF certification) 1 day

Basic level, Specialization on the request according to Training Specifications Basic level program: • Introduction to the topic and programme • Completion objective and functions • Completion design - Reservoir - Mechanical considerations - Safety • Completion configuration - Single completion method and scheme - Single selective characteristics - Intelligent completions - Dual completion - Gravel pack completion • Tubing - Classification - API’s nomenclature - Tubing thread and size - Tubing API • Packers - Packer functions - Main elements of the packer - Different type of packer - Tubing-packer connection • Safety valve - General - Surface controlled safety valve - Control lines. • Auxiliary equipment - Landing nipples - Circulating valve - Flow coupling • Completion fluid - Definition - Characteristics - Well gradient - Type of completion fluid • Casing perforation - Objective - shaped charge perforating - Casing’ s perforating mechanism - Charge performance • Wellhead and Christmas tree • Gate valve • Well unloading (displacement fluid and displacement system)  

Basic level, Specialization on the request according to Training Specializations Program for Basic level: WELL TESTING • Introduction to well testing • Types of well tests • Formation damage & skin effect • Reservoir fluid sampling - Definition , Importance of reservoir fluid sampling - Sampling procedures design • Surface sampling - Introduction, Well conditioning - Gas surface sampling methods - Oil surface sampling methods - Special surface sampling cases - Wellhead sampling, Safety • Safety planning • Responsibilities for the well test process • Well test design • Operation design - General process - Electronic gauge guidelines & design - Data acquisition - Sampling programme design • Off-site checklist - Electronic gauges checklist - Surface test equipment checklist - Sampling checklist • On-site checklist - Well-site preparation - General preparation checklist - Electronic gauges checklist - Sampling checklist • Example of well test programme and procedure • Glossary DST • DST principle - Historic of DST - DST environment and operating conditions, DST advantages • DST basic concept - Downhole pressures - Operation sequences - DST string and components • Example of DST application (programme and operation)  

Advanced level, Specialization on the request according to Training Specifications Program for Advanced level: • Completion design assumptions and considerations - Planning / Concept / Type and Classification / Wellbore and reservoir interface / Completion configuration / Equipments • From Pre-feasibility to installation - Pre-feasibility / Feasibility, Detail and Dedicated study / Special project – Gas storage / Nodal analysis a few more details / Tubing design • Well Preparation and completion general procedure - Well control equipment overview / Barriers concept and configuration / Well preparation / General procedures • Formation damage - Completion fluids - Formation damage, mechanism and classification / Completion fluids / Reason to prevent damage / Brines - Fluid displacement / Fluids properties & selection / Brine selection versus type of operation / Packer fluid definition and function / Additives type and purposes / Stimulation / Potential safety hazard in acidizing / Acids used in well stimulation / Carbonate acidizing / Acidizing techniques for carbonate formation / Sandstone acidizing • Perforation - Process / Charge case functions and characteristics / Perforating mechanism / Gun performance data / Type of guns and perforation methods / Perforating conditions / Gun selection and perforating techniques • Tubular goods - Manufacturing process / Nomenclature / Type of connection and selection criteria / Tubing specifications and definition / Tubular damage / Tubing handling, transportation and storage / Ancillary equipment for storing and running tubular / Tubular expandable technology • Production Packers and accessories • Subsurface Safety Valves - Function, Types and Categories / Installations / Controlled safety valve and SSD / Lubricator valve • Completion equipment accessories - Communication devices / Landing nipple / Flow control equipment / Additional auxiliary completion tools / Down hole pressure and temperature transmitter • Tubing Movement and packer forces - Mechanical properties and failure of the material / Design factor overview / Factors governing tubing movement / Tubing stress analysis outline / Tubing to packer connection /Load cases for production and injection wells • Corrosion & Equipment selection - Corrosion causes and effects / Metallurgy typology & definition / Non metallic sealing material classification / Elastomer types / Seal material selection criteria / Effects of down hole environment / Failure mechanism / Plastic material • Well Head equipment and Christmas tree  

1. Risks analysis specific to Work at Height Problems related with work at height: regulation governing the situations of work in height and material Physical parameters to take into account: - The height of the fall - Fall factor - Force shock and energy absorption 2. The using rules and the safety principles of the different components used  Harness: description of the various components and analyses their functions - Resistance, constitution, adjustments. - Maintenance, storage. - Safety harness, work positioning harness: differentiation - Lanyards and fall arresters: Large range: description, characteristics, advantages, drawback of each one - Connectors: carabiners snap hooks, manucroche...  Application of these rules and practical applications on the site - The harness: implementation, adjustments. - Moving in the structure (horizontal and vertical) - Upright work positioning - Specific interventions 3. Maintenance and Storage of materials

• Respirator Fitness Physicals • Hydrogen Sulfide Hazards and Properties (Characteristics) • Hazards • Properties (characteristics) • Regulations and Emergency Procedures • Special Health Problems • H2S Detection - Electronic Detectors • H2S Detection - Hand Operated Tube Detectors

• Movement of plan and equipment • Steel erection • Particular hoist • Placement of pre-cast concrete • Safety nets and static lines • Mast climbers • Perimeter safety screens and shutters • Cantilevered crane loading platforms • Rigging cranes, conveyers dredgers excavators • Title-slabs • Demolition • Dual lifts • Rigging of gin poles and sheer legs • Flying foxes and cableways • Guyed derricks scaffolds and fabricated hung scaffolds

On completion of this activity, participants will be able to demonstrate a competence in the theory and practice of the following: • Erect a secure scaffold in a variety of situation • Understand loading and load characteristics of various scaffold types and systems • Utilise a tag system to ensure control of scaffold systems • Safely dismantle scaffolding systems • Service and maintain scaffolding equipment

On completion of this activity, participants will be able to demonstrate a competence in the theory and practice of the following: • Calculate load characteristics of various scaffold systems • Determine the correct methods of scaffold erection • Inspect scaffold components for suitability and serviceability • Maintain a scaffold tagging management system. • Knowledge and practical skill required to safety erect, independent, static tower, birdcage, hanging, truss out and scaffolds for circular structures, erected from standard tube and fittings • Recognise safety hazards in the scaffolds listed • Know and take the appropriate action to prevent or remedy a hazard in the scaffolds listed.

The syllabus focuses on: • Health and Safety at Work • Operators safety code • Principles of lifting • Daily checks, battery care, hydraulic systems • Operating, manoeuvring and steering procedures • Stacking and de-stacking loads at various height • Loading and un-loading lorries • Practical operations • Assessment and correction of faults

MODULE 1: TRAINING / CERTIFICATE (5 days) • Safety: accidents, incidents, responsibilities. • Regulation on the use of forklifts. • Technology of the various categories of forklifts. • Balance and capacity of forklifts. • Regulatory audits required. • Exercises and special handling. • CACES ® Class 1, 2, 3, 4, 5 and 6 and / or CERTIFICAT OSHA 29 CFR 1910.178 Forklifts all categories MODULE 2: CO ANIMATION STAGE (3 days) • Animation theoretical and practical issues selected with the referent instructor. • Summary with the referent instructor MODULE 3: TECHNOLOGY AND PEDAGOGY (2 days) • Analysis and synthesis Module 1 and 2. • Advanced teaching: • Deepening media. • Teaching techniques. MODULE 4: ANIMATION OF A STAGE (3 days) • The applicant runs an internship under the supervision of a referent instructor. • Analysis / Synthesis / Assessment EVALUATION A continuous evaluation is conducted and a theoretical and practical sanctions issuing CACES ® R389 Cat. 1/2/3/4/5/6 and / or CERTIFICAT OSHA 29 CFR 1910.178 Forklifts all categories, a training certificate and a certificate of suitability for the forklift instructor Evaluation on the achievement of objectives

• The syllabus focuses on: (it is one part of the Basic Training) • Emergency signals • Mustering of personnel • Use of lifejacket • Use of immersion suits • Lifeboat procedures • Modes of evacuation • Boarding life rafts or buoyant apparatus • Water survival techniques • Deployment of life rings and associated equipment

During this course participants will be given the opportunity to demonstrate their knowledge of shore helicopter routine operations, emergency response arrangements and the actions they are required to take as a HLO The syllabus focuses on: • Helicopter refuelling theory and practical exercises • Legislation • Communications • Helicopter operations safety and emergency procedures • Documentation and records to be maintained • Safety from fire and electricity / fire fighting equipment

The syllabus focuses on: • Legislation and government requirements • A full explanation of helifuel systems • Quality control • Documentation and record keeping • Various practical exercises

Basic level, Advanced level

Basic level, Specialization on the request according to Training Specifications Basic level program: • CT Unit types • CT Components • CT Auxiliary Equipments • CT Tools • Nitrogen Equipments • CT Application: - Gas Lift, Fill Removal, Jetting, Stimulation, etc..... - Milling, Drilling, Cementing, Fishing, Sand Control • N2 Calculations