Hydraulic Fracturing for Production Optimization
0.00 EGP
This course outlines the technical and non-technical factors, from initial design through final flow-back, that control the success of fracture treatments in shale. The course covers the key reservoir properties that must be considered in designing a hydraulic fracture and also covers the latest and emerging advancements in fracturing technology. Emphasis is placed on successful practical methods that can be used to evaluate treatment designs and to anticipate how a fracture
treatment will impact a specific shale formation.
On completion of this course the participant will be able to:
- Unique terms and concepts involved in current hydraulic fracturing treatments
- Five different technical objectives for creating a hydraulic fracture in shale
- Fluid, equipment, proppant and other design options
- Common mistakes and misunderstandings in treatment design
- Data and concepts required to select the appropriate treatment interval
- Methods that are being applied in the current major plays and why they vary by play
- Treatment design and calibration field tests
- Methods for evaluating a treatment and common evaluation mistakes
- Risk and cost management for hydraulic fracturing
- Introduction
- Candidates Selection
- Fracture initiation
- Near Wellbore geometry
- Fracture containment
- PIIR
- FRAC growth analysis
- 2D models
- 3D models
- Data Acquisition
- Log Data
- Fracture mapping
- Micro fracture testing
- Mini- FRAC testing
- Core testing
- Rheology of FRAC fluids
- Types of FRAC fluids
- FRAC fluids additives
- FRAC fluids leak-off
- Ideal FRAC proppant
- Propped pack conductivity
- Proppants
- Resin-coated proppants
- Proppant flow back
- Fracturing high permeability’s
- Tip screen out
- Steps in FRAC design
- Perforating for fracturing
- Preparing and executing fracs
- Post- FRAC treatments
- Post- FRAC evaluation
- Fracturing unconventional
This course is suited for those familiar with the technical aspects of characterizing, designing, or evaluating oil and gas properties. This includes Reservoir Engineers, production Engineers, completions Engineers, geophysicists, Geologists, and technical Support staff
- Classroom lectures
Core Certificate for each attendee
Hydraulic Fracturing for Production Optimization
0.00 EGP
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