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| Code | Date | Location | price (€)* |
|---|---|---|---|
| Subsea 600 | 15 – 19 March 2027 | Online | 3300 |
| Subsea 600 | 17 –21 May 2027 | Online | 3300 |
| Subsea 600 | 21– 25 June 2027 | Online | 3300 |
| Subsea 600 | 16 – 20 Aug 2027 | Online | 3300 |
This is a 5-day course designed to provide participants with a complete understanding of design and operation of deepwater oil and gas production systems in all shallow water, deepwater and ultra deep-water environments. The course begins with the description of reservoir characterization, reservoir fluid characterization, and well construction and drilling process. This is followed by the considerations of subsea field development planning and subsea architecture, flow assurance solids PetroTeach Course Agenda and management, thermal hydraulic analysis and operability, design of deepwater risers and deepwater flowlines, key subsea equipment such as wellhead, BOP, trees, valves, manifolds, connectors, subsea materials selection and corrosions, subsea controls – umbilicals and flying leads, and distribution systems, among others. The last day of course concentrates on subsea control process and equipment, subsea wells start-up and shut-in operation processes, subsea well integrity with a case study of engineering judgment for well control under deepwater drilling operations.
o Reservoir Characterization
o Potential of a Reservoir & Production Profile
o Fluid Sampling & Fluid Phase Behavior
o Subsea Well Drilling Plan & Well Construction
o Drilling Procedure & Well Completion
o Case Study & Discussions
o Subsea Field Development Planning
o Subsea Field Architecture
o Design Process of Subsea Systems
o Flow Assurance & Solids Management
o Thermal Hydraulics & Operability
o Case Study - Field Example
o Deepwater Risers Design
o Deepwater Flowlines Design
o Deepwater Manifolds, Jumpers & Connectors
o Deepwater Wellheads & BOP
o Deepwater Trees & Valves
o Case Study – Field Example
o Subsea Materials Selection
o Subsea Materials Corrosions
o Subsea Controls – Umbilicals & Flying Leads
o Subsea Controls – Distribution Systems
o Surface Control System Components
o Case Study – Field Example
o Subsea Control Equipment
o Subsea Control Process
o Subsea Well Start-up Operation
o Subsea Well Shut-in Operations
o Subsea Well Integrity
o Case Study – Well Control & Eng. Judgment
Instructor holds Ph.D. in Chemical Engineering Thermodynamics from India and has over 40 years of experience in designing and operating the subsea production systems producing hydrocarbons, subsea field development, flow assurance and operability, production chemistry, subsea processing, multiphase boosting, long-distance tiebacks, project management and implementation, thermodynamics, heat transfer, transport phenomena and related fields in all shallow water, deep water and ultra-deep water environments with major oil and gas companies such as Halliburton, Technip Offshore (TechnipFMC), Intecsea (Worley), McDermott Subsea, Gulf Interstate, RERI and several consulting companies.
He has been offering subsea courses to graduate and undergraduate students both in person and online – Fundamentals of Subsea Engineering, Flow Assurance & Operability, Subsea Production Operations, Project Implementation, Subsea System Reliability, Engineering Thermodynamics, Production Chemistry, The Hydrogen Economy. He is member of SPE, SUT, SUT-US EC, UE&FA Forum, ASME, AIEE and EEFG, subject matter expert in Flow Assurance & operability and has published over 150 research papers in journals, conference proceedings and books.
The course is designed for:
Basic to Intermediate
After completing this course, participants will learn to:
Registration is now OPEN!
Ph.D. students, group and early bird registrants are eligible to DISCOUNT!
For more details and registration please send email to: register@petro-teach.com
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