This Workshop is designed from an applied standpoint, with numerous exercises and case studies serving to provide critical insight into the use of seismic data in early exploration efforts through later development and reservoir characterization phases. Multiple exercises are used to provide important hands-on throughout the Workshop. Seismic stratigraphic techniques are nowadays part of the standard routine for interpreting seismic datasets and they are a fundamental tool for the Oil and Gas Exploration and Production business. Its added value has been demonstrated over the past few decades by an impressive proven track record in green field hydrocarbon exploration.

Seismic geophysics represents a fundamental tool for both the exploration and development of hydrocarbon resources. This workshop highlights via an exercise-intensive workshop format aspects of interpretation including uncertainty/risk, and in understanding structure, stratigraphy and fluid/rock discrimination. This workshop is designed for those working with reflection seismic data to understand and appreciate the underlying principles and processes leading to final images and associated attributes. Basic seismic imaging principles and techniques are introduced at the outset of the class to establish the purpose, underlying principles, parameterization, and limitations of the various processing steps leading to final seismic images provided by current state-of-the-art imaging techniques. The workshop focuses on 3D seismic data.

This program provides the drilling personnel with basic understanding of well control for surface stack operations. The course gives participants an awareness of well control theory, practices and equipment.

The course also introduces basic mathematical skills required to make complex calculations when working in the petroleum industry. This course also focuses on the well control issues associated with coiled tubing, intervention activities using the latest information and technology in maintaining control of the well.

Case studies using real well scenarios will be used to enhance learning and effectively addressing well control situations.

This course is designed for project engineers, geoscientists, reservoir engineers, production engineers, petroleum engineers, planning and development analysts, business planner, and senior/ executive managers.

A 4D seismic feasibility study is a critical step in the process of implementing enhanced oil recovery in a mature field. It helps
to ensure that the chosen EOR methods are technically viable and economically sound, ultimately maximizing oil recovery
from the reservoir. A 4D seismic feasibility study for enhanced oil recovery (EOR) in a mature field involves the use of 4D
(time-lapse) seismic data to assess the potential for and feasibility of implementing EOR techniques in an existing oil
reservoir. Enhanced oil recovery techniques are employed to extract more oil from mature fields where primary and
secondary recovery methods have been exhausted.

Time-lapse seismic survey, also known as 4D seismic has great potential in monitoring and interpreting time-varying
variations in reservoir fluid properties during hydrocarbon production. Production process can change reservoir parameters
(such as fluid saturation, temperature and pressure), leading to changes in elastic properties (bulk modulus and density)
corresponding changes in P- and S-wave velocities. The time-lapse surveys interpret dynamic changes in reservoir
parameters by detecting differences in seismic responses from different vintages, which are obtained by repeated seismic
surveys over the same area.

Extracting the full value from time-lapse seismic surveys (4D seismic) requires high levels of competence in advanced 3D
imaging, time-lapse seismic processing (data conditioning to enhance repeatability of time-lapse datasets and reduce
artificial differences that come from unavoidable differences in repeated-seismic survey environments), velocity modeling,
and pre- SDM along with the application of methods unique to the 4D seismic processing and interpretation workflow. This
course provides 4D seismic studies of reservoirs that can be used to monitor reservoir fluid substitution and maximize
production of reservoirs. Participants will gain in-depth understanding of how the seismic properties relate to reservoir
properties as production takes place in the reservoir. The course is designed to put the participants into a position where the
seismic response can be related to important reservoir properties.

In order to ensure optimum performance for your rig, reduce downtime and maintain safety of your personnel; planned maintenance and accurate inspections are essential. This Drilling Rig Equipment Inspection (REI) courses teaches the inspection and maintenance procedures required to ensure equipment integrity.

Candidates will learn how to implement the relevant standards and understand industry requirements so that they can verify the condition of a rig’s equipment and improve safety, thus reducing the number of accidents and protecting the asset. This Rig Equipment Inspection course deals with the most common equipment deficiencies and recurring problems. It describes & explains the working principles of major drilling equipment using detailed examples from our technical inspection database.

The courses consists of four or 5 days depending on whether they are onshore or offshore based. The classroom sessions are interactive with activities and time provided for group participation and discussion.

During this course, relevant API standards will be briefly discussed because of time constraint

• API RP 14E – Design and Installation of Offshore Production Platform Piping Systems
• API RP 14G – Fire Prevention and Control on Open Type Offshore Production Platforms
• API RP 500 – Recommended Practice for Classification of Locations for Electrical Installations at Petroleum Facilities Classified as Class I, Division 1 and Division 2
• API RP 53 – Blowout Prevention Equipment Systems for Drilling Wells
• API RP 54 – Occupational Safety and Health for Oil and Gas Well Drilling and Servicing Operations
• API RP 14E – Design and Installation of Offshore Production Platform Piping Systems
• API RP 14G – Fire Prevention and Control on Open Type Offshore Production Platforms
  API RP 500 – Recommended Practice for Classification of Locations for Electrical Installations at Petroleum Facilities Classified as Class I, Division 1 and Division 2
• API RP 53 – Blowout Prevention Equipment Systems for Drilling Wells
• API RP 54 – Occupational Safety and Health for Oil and Gas Well Drilling and Servicing Operations: