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Decommissioning Forecasting and Operating Cost Estimation

Gulf of Mexico Well Trends, Structure Inventory and Forecast Models

  • 1st Edition - April 12, 2019
  • Latest edition
  • Author: M.J. Kaiser
  • Language: English

The US Gulf of Mexico is one of the largest and most prolific offshore hydrocarbon basins in the world with thousands of structures installed in the region and tens of thousands of… Read more

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Description

The US Gulf of Mexico is one of the largest and most prolific offshore hydrocarbon basins in the world with thousands of structures installed in the region and tens of thousands of wells drilled. Over the past decade, a significant number of structures in shallow water have been decommissioned, as operators can no longer "kick the decommissioning can" down the road. This has opened up new markets and additional regulatory oversight with far-reaching implications. This book describes future decommissioning trends and issues and provides guidance for operator budgeting, regulatory oversight, and service sector companies interested in participating in the field.

Decommissioning Forecasting and Operating Cost Estimation

is the first of its kind textbook to develop models to forecast platform decommissioning in the Gulf of Mexico and to better understand the dynamics of offshore production cost. The book bridges the gap between modeling and technical knowledge to provide insight into the sector. Topics are presented in five parts covering fundamentals, structure inventories and well trends, decommissioning modeling, critical infrastructure issues, and operating cost estimation. Factor models and activity-based cost models in operating cost estimation conclude the discussion.

Decommissioning Forecasting and Operating Cost Estimation

helps oil and gas professionals navigate through this complex and challenging field providing an invaluable resource for academics, researchers, and professionals. The book will also serve government regulators, energy and environmental engineers, offshore managers, financial analyst, and others interested in this fascinating and dynamic industry.

Key features

  • In-depth economic, statistical, and systems analysis on Gulf of Mexico decommissioning activity
  • Balanced coverage of fundamental knowledge and advanced methods
  • Delivers data and results to understand infrastructure and activity trends
  • Numerous examples, worked-out problems, and real-world applications
  • Engineering, science, and market perspectives

Readership

Engineering managers; decommissioning engineers; environmental managers; HSE managers; oil and gas professionals involved with economic evaluations, forecasting and economic decisions; post-graduate level engineering

Table of contents

Part 1. Overview

1. Production and Active Inventories

2. Structure Classification

3. Installation and Decommissioning Activity

4. Economic Limit Factors

5. Reserves and Resources

Part 2. Well Trends and Structure Inventory

6. Well Trends

7. Shallow Water Structure Inventory

8. Shallow Water Economic Limit Statistics

9. Deepwater Structure Inventory

Part 3. Decommissioning Forecast

10. Methodology and Parameterization

11. Two Examples

12. Shallow Water Decommissioning Forecast

13. Deepwater Decommissioning Forecast

14. Critical Infrastructure Issues

Part 4. Operating Cost Review

15. Offshore Production Facilities

16. Operating Cost Characteristics

17. Financial Statements and Other Methods

18. Field Examples

19. Factor Models and Production Handling Agreements

20. Activity-Based Costing

Product details

  • Edition: 1
  • Latest edition
  • Published: April 24, 2019
  • Language: English

About the author

MK

M.J. Kaiser

Mark Kaiser is Marathon Professor and Director of the Research and Development Division at the Center for Energy Studies at Louisiana State University. His areas of expertise include cost estimation, decommissioning, fiscal systems, offshore infrastructure and service industries, refining, and regulatory modeling.
Affiliations and expertise
Professor and Director, Center for Energy Studies, Louisiana State University, USA

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