Training & Development
Invictus Continental
Invictus Continental | Training & Development
Invictus Continental is offering professional training courses in several areas:
- Acid Stimulation applications in Sandstone & Carbonate
- Basic Reservoir Engineering (Foundation)
- Artificial Lift System (Foundation)
- Completion Design Fundamental
- Decline Curve Analysis & Diagnostic Methods for Forecasting
- Electrical Submersible Pump ESP
- Gas Lift GL
- Enhanced Oil Recovery Fundamentals EOR
- Basic Petroleum Economics
- Formation Damage causes, prevention and treatment
- Hydrocarbon Reserves Evaluation
- Oil Production and Processing Facilities (Foundation)
- Production Logging
- Production Operations
- Reservoir Characterization
- Reservoir Management
- Risk analysis
- Solar Power Generation and System Design
- Renewable Energy Technologies
- Renewable Economies
1- Acid Stimulation in Carbonates & Sandstones – ASCS COURSE
This course provides understanding how acidizing works, choosing the right environment in which to apply it, and conducting an accurate assessment of the treatment's effects as all these aspects are crucial to an effective acid treatment. Also, Practical aspects of acidizing applications will be covered to improve understanding of acidizing as a technique for improving well performance.
2- Production Enhancement – PE COURSE
This course focus on production enhancement techniques that increase oil and gas production, well inflow and Outflow Performance, Well Production Optimization including Artificial Lift, Acid Stimulation and Hydraulic Fracturing, Well Intervention, Workovers, Problems Diagnosis, Sand Control and Management, Perforating Technology, Water production/Injection and Water control Shut-off Methods & productivity effects, Flow Assurance: Paraffins and Asphaltene: Diagrams, theory, Problems and Solutions, Scale deposition: Diagrams, Control, and new Technologies, Emulsion problems and Corrosion.
3- Artificial Lift Systems – ALS COURSE
In order to maximize field production and hence raise profitability and recoverable reserves, this training places a strong emphasis on the responsibilities of engineers and field operators in designing and carrying out Artificial Lift Operations. It also highlights how important the idea of a team is in maximising the success of operations. Open conversations and problem-solving activities shared by the lecturer and students are the course's highlights.
By the end of the course, participants will be able to build and deploy artificial lift systems in their own operations using the most cutting-edge technologies now available in the market. They will be aware of how to choose the best kind of artificial lift for a specific application.
4- Electrical Submersible Pumps – ESP COURSE
This course will familiarize the user with the ESP system and it's optimum application. All components will be described in detail. Problems related to solids production, gas handling and viscosity are addressed. Best practices are stressed throughout so that a long-lasting system can be designed to achieve optimum well performance.
5- Beam Pumps – BP COURSE
This course will allow the user to become familiar with the beam pump system and its best application. Beam pumping is the most common and cost-effective artificial lift method. The course includes a detailed description of all the components in a beam pumping system, including the prime mover, belts/ sheaves/ gear box, PRs, wellhead/ stuffing box, sucker rods/ sinker bars and downhole pumps. Exercises designed to illustrate the process and decision-making criteria to select the optimum lift method will be worked by participants throughout the course. Problems related to solids production, gas handling, and viscosity are addressed. The course also covers beam pumps and rod protection in horizontal wells, optimum placement of the pump, deviation surveys, and performance of gas separators. New methods of deepening the point of intake for horizontal and unconventional wells are presented with field cases.
6- Formation Damage Causes, Prevention, and Treatment – FD COURSE
These course covers all aspects of formation damage. Examples, case histories, and class team exercises are used throughout the course to emphasize key points on this important industry subject.
7- Gas Lift – GL – FD COURSE
In order to maximize field production and hence raise profitability and recoverable reserves, this training places a strong emphasis on the responsibilities of engineers and field operators in designing and carrying out Artificial Lift Operations. It also highlights how important the idea of a team is in maximising the success of operations. Open conversations and problem-solving activities shared by the lecturer and students are the course's highlights.
By the end of the course, participants will be able to build and deploy artificial lift systems in their own operations using the most cutting-edge technologies now available in the market. They will be aware of how to choose the best kind of artificial lift for a specific application.
8- Production Logging PLT Course
This course highlight on logging measurements in either production or injection wells to evaluate well or reservoir flow performance. Special purpose production logging tools can evaluate the well completion or look behind the pipe to evaluate the formation and its fluids in the near-well bore vicinity. Production logs are playing an increasing role in modern reservoir management by providing the only means of directly identifying downhole fluid movement.
