Cathodic protection (CP) is a technique used to control the corrosion of a metal surface by making it the cathode of an electrochemical cell.

A simple method of protection connects the metal to be protected to a more easily corroded "sacrificial metal" to act as the anode. The sacrificial metal then corrodes instead of the protected metal.

For structures such as long pipelines, where passive galvanic cathodic protection is not adequate, an external DC electrical power source is used to provide sufficient current.

 Introduction to Nano scale materials & nanotechnologies: synthesis, characterization, functionalization of nanomaterials: some applications and challenges. Energies and nanomaterials: Introduction; context and challenges dealing with energy; energy and power; production, storage, distribution (smart grids) and use of energy; some illustrations. Nanomaterials for solar energy applications: Semiconductors, Interaction of light with matter, solar cells basics. First to third generation solar cells, nanocrystalline-based solar cells, emerging thin film photovoltaic: organic solar cells, hybrid solar cells. Solar cooling and heating. Nanotechnology for bioenergy and biofuels production. Carbon-based nanomaterials in biofuel cells. Nanomaterials as heterogeneous catalysts in biorefineries for biomass conversion. Nanomaterials for energy storage applications. Nanoscale electrode materials

The “Reservoir Modeling and Simulation” is aimed at imparting the students with the knowledge of the Purpose of reservoir simulation, concepts of simulation, Making a simulation study etc.  The main focus of the course will be on discussing the following:

• Purpose of reservoir simulation
• Concept of simulation
• Reservoir simulation equations
• Making a simulation study
• History matching

This course was designed by  Dr Angela in collaboration with Engr Nwanwe. All staff associated with this course, including the TAs will act as facilitators for the discussion boards.

This Course, "OFFSHORE OPERATIONS (PET513)” is aimed at providing the learners the basic knowledge of all offshore operations. You will be taught the different offshore drilling activities and conditions. We would begin this course with a simple Pre-Introductory quiz, and then we will go into the course proper. We will look into: Introduction to Offshore operations: Overview and definition, offshore prospecting and rigs, after which we would look at drilling from a floating  vessel. Later on, we'll look at Stationary and floating rigs, then we'll look at Offshore production and operations. In summary, this course will consist of the following Sections/Modules:

• Pre-Introductory Quiz/Pretest
• Introduction
• Offshore Drilling
• Drilling from a floating vessel
• Stationary and floating rigs
• Offshore production
• Offshore Operations
• Final Assessment
• References

This course was designed by the course Dr Okereke,  in collaboration with Dr Onwukwe of FUTO. They will both act as facilitators for the discussion boards.

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The “Introduction to Petroleum Geophysics” is aimed at imparting knowledge on fundamentals of hydrocarbon resource exploration and development using geophysical methods. A brief introduction of geological and geophysical principles required for the course will be taught. Following this, seismic, gravity, magnetic and borehole geophysics applied to hydrocarbon exploration will be taught. The main focus of the course will be on discussing gravity, magnetic and seismic methods of exploration

• About the Course
• Introduction to petroleum geophysics
• Gravity method
• Magnetic method
• well logging
• Seismic Method

This course was designed by  Dr. Nnaemeka Ohia in collaboration with Dr. Nwogu Ngozi, Engr. Nnanna Okoli, graduate and teaching assistants (TA) of FUTO. All staff associated with this course, including the TAs will act as facilitators for the discussion boards.

PREREQUISITES

None.

TIME COMMITMENT

1 - 2 hours per week.

COURSE DATES

From february, 12th 2019, 01:00 GMT  to May, 26th 2019, 23:30 GMT. This course uses Greenwich Meridian Time (GMT)

GRADING SCHEME

All activities are due to be completed by May, 26th 2019, 22:30 GMT. You'll be graded on weekly activities (100% weight in final score) You need to score 70% or higher to pass the course and receive a certificate. You can check your progress by selecting the "Progress" tab

Important: Check that your FULL NAME is correct as that's the name that will appear in the certificate you may earn.

FAQ

Please, check Students FAQs. If you cannot find the answer you're looking for, please contact the Course Staff by posting your question in the Discussion Forum tab.

This is a foundational course designed to provide an insight on the  various risks associated with petroleum bulk storage. The participants are expected at the end of the training to be aware of the  petroleum products stored in bulk and how to take safety actions in case of emergency 

Submission page for IOTP SECOND EDITION.

This book covers the entire length and breadth of offshore operations, especially regarding oil & gas exploration and production. The authors patiently went from offshore exploration, through field development to production operations and maintenance. The review questions after every chapter will help the students to test their understanding of the topics covered. This book is coming at a good time in Nigeria when the majority of exploration and development efforts are shifting to deeper horizons and offshore prospects. It is also a good reference material for practicing engineers and geo-scientists who wish to improve their multi-disciplinary knowledge to improve integrative business outcomes

This book covers the entire length and breadth of offshore operations, especially regarding oil & gas exploration and production. The authors patiently went from offshore exploration, through field development to production operations and maintenance. The review questions after every chapter will help the students to test their understanding of the topics covered. This book is coming at a good time in Nigeria when the majority of exploration and development efforts are shifting to deeper horizons and offshore prospects. It is also a good reference material for practicing engineers and geo-scientists who wish to improve their multi-disciplinary knowledge to improve integrative business outcomes.

Course Title: Wellhead operation and maintenance

Course Description:

This comprehensive course on Wellhead and Maintenance Fundamentals is designed to provide participants with a thorough understanding of the critical components involved in the operation, maintenance, and troubleshooting of oil and gas wellheads. Wellheads play a pivotal role in the exploration and production of hydrocarbons, making it essential for professionals in the industry to grasp the intricacies of their design, installation, and ongoing upkeep.

Key Learning Objectives:

1. Wellhead Components and Types:

   Explore the various components that constitute a wellhead system, including casing heads, tubing heads, and Christmas trees. Understand the differences between conventional and advanced wellhead designs and their applications.

2. Installation and Configuration:

   Gain insights into the proper installation and configuration of wellhead systems. Learn about the considerations for site selection, casing design, and the role of various tools and equipment in the installation process.

3. Wellhead Operation and Control:

   Delve into the operational aspects of wellheads, covering topics such as pressure control, flow regulation, and safety measures. Understand the role of control systems and how they contribute to efficient wellhead management.

4. Maintenance Best Practices:

   Explore the key principles of wellhead maintenance, including routine inspections, preventive measures, and troubleshooting techniques. Gain practical knowledge on addressing common issues and challenges encountered in wellhead systems.

5. Safety Protocols and Regulatory Compliance:

   Emphasize the importance of adhering to safety standards and regulatory requirements in wellhead operations. Understand how to implement and maintain a culture of safety within the context of wellhead activities.

6. Environmental Considerations:

   Examine the environmental impact of wellhead operations and explore sustainable practices. Learn about spill response procedures, environmental monitoring, and industry initiatives aimed at minimizing ecological footprints.

7. Emerging Technologies in Wellhead Management:

   Stay abreast of the latest technological advancements in wellhead systems. Explore how digitalization, automation, and remote monitoring contribute to enhanced wellhead performance and maintenance efficiency.

8. Case Studies and Practical Applications:

   Apply theoretical knowledge to real-world scenarios through case studies and practical exercises. Develop problem-solving skills and decision-making abilities in the context of wellhead operations.

This course is ideal for professionals in the oil and gas industry, including engineers, technicians, and managers involved in wellhead operations and maintenance. By the end of the course, participants will have acquired a comprehensive skill set to effectively manage wellhead systems, ensuring operational efficiency, safety, and environmental responsibility.

Coiled Tubing (CT) is a continuous length of small-diameter pipe that is spooled onto a reel in the same way as wire or cable is wrapped on a drum. The coiled tubing operation permits the technique of “snubbing” a continuous length of tubing in and out of a live well through a stripper BOP arrangement. The main advantage of Coiled Tubing is that it can be run into producing wells, against high wellhead pressures (e.g. 345 bar / 34,500 kPa or 5000 psi), and down past the perforations, without production interruption or killing the well (Wait and Weight – Driller’s Method). The most common pipe size in use is 1.5″ through to 2.875″, although larger sizes are available and used.