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INFO@CHESSSUBSEAENGINEERING.ORG 
Description
The OSSDPMOE Level 1 & Level 2 course provides comprehensive training on the decommissioning processes, project management principles, and engineering considerations related to offshore and subsea structures.
This course covers the fundamental concepts of decommissioning offshore structures, including platform removal, subsea infrastructure removal, well plugging and abandonment, and site remediation.
Participants will learn about the key aspects of project management, including planning, scheduling, risk assessment, stakeholder management, and regulatory compliance, through theoretical lectures, case studies, and practical exercises.
The Level 1 course focuses on introducing participants to the essential principles of offshore and subsea structures decommissioning and project management, providing a solid foundation in the subject matter.
Level 2 builds upon the knowledge gained in Level 1 and delves into more advanced topics, such as advanced structural analysis, offshore platform removal techniques, environmental impact assessments, and financial considerations in decommissioning projects.
Offshore Decommissioning & Abandonment (SODA) Level 1 & Level 2 covers Overview of offshore and subsea structures, Reasons for decommissioning, Offshore decommissioning regulations and guidelines, Comparative analysis of decommissioning strategies, Well plugging and abandonment, Topside and subsea removal, Offshore decommissioning alternatives to complete removal, Offshore decommissioning project management framework and principles, Offshore decommissioning project initiation and planning, Offshore decommissioning risk management and mitigation strategies, Offshore decommissioning stakeholder engagement and communication, Overview of offshore and subsea structures and equipment, Offshore decommissioning dismantling and demolition techniques, Offshore decommissioning environmental considerations, Offshore decommissioning waste management and disposal, Offshore decommissioning procurement strategies and options, Offshore decommissioning contractor selection and management, Offshore decommissioning cost estimation and budgeting, Offshore decommissioning liability and insurance, Offshore decommissioning tax and legal implications,Case studies of offshore and subsea structures decommissioning, Offshore decommissioning best practices and lessons learned, Offshore decommissioning future trends and challenges,Offshore decommissioning Cost Estimation Example, Offshore decommissioning Environmental Impact Assessment Example, Offshore decommissioning Risk Assessment Example, Salvage Value Calculation Example, Offshore decommissioning Liability Calculation Example, Offshore decommissioning Decommissioning Bond Calculation Example and more.
Course Outlines
Section 1: Overview of offshore and subsea structures
Section 2: Reasons for decommissioning
Section 3: Offshore decommissioning regulations and guidelines
Section 4: Comparative analysis of decommissioning strategies
Section 5: Well plugging and abandonment
Section 6: Topside and subsea removal
Section 7: Offshore decommissioning alternatives to complete removal
Section 8: Offshore decommissioning project management framework and principles
Section 9: Offshore decommissioning project initiation and planning
Section 10: Offshore decommissioning risk management and mitigation strategies
Section 11: Offshore decommissioning stakeholder engagement and communication
Section 12: Overview of offshore and subsea structures and equipment
Section 13: Offshore decommissioning dismantling and demolition techniques
Section 14: Offshore decommissioning environmental considerations
Section 15: Offshore decommissioning waste management and disposal
Section 16: Offshore decommissioning procurement strategies and options
Section 17: Offshore decommissioning contracting models and structures
Section 18: Offshore decommissioning contractor selection and management
Section 19: Offshore decommissioning cost estimation and budgeting
Section 20: Offshore decommissioning liability and insurance
Section 21: Offshore decommissioning tax and legal implications
Section 22: Case studies of offshore and subsea structures decommissioning
Section 23: Offshore decommissioning best practices and lessons learned
Section 24: Offshore decommissioning future trends and challenges
Section 25: Offshore decommissioning Cost Estimation Example
Section 26: Offshore decommissioning Environmental Impact Assessment Example
Section 27: Offshore decommissioning Risk Assessment Example
Section 28: Salvage Value Calculation Example
Section 29: Offshore decommissioning Liability Calculation Example
Section 30: Offshore decommissioning Decommissioning Bond Calculation Example
Assessment
Participant underpinning knowledge of Offshore and Subsea Structures Decommissioning & Project Management will be accessed with short answer multiple-choice questionnaire at the conclusion of the course.
Outcome
Participants will gain an in debt understanding of Offshore and Subsea Structures Decommissioning & Project Management.They will also be able to function with minimum supervision as a Decommisioning Engineer for IOCs, subsea pipeline company contractor, vendor or installation company.
Professional Certificate
Issued directly by Chess Subsea Engineering Europe.
Participant may be presented for Offshore Petroleum Training Organization (OPITO) Certification.
How to Register
Click here to download registeration booklet on msword and email completed booklet to info@chesssubseaengineering.org directly.
