Gestion de l'intégrité des actifs

Collapsing

L'effondrement dans le secteur pétrolier et gazier : Une analyse de son utilisation

I. Introduction : * Présenter brièvement le terme "effondrement" dans le contexte du pétrole et du gaz. * Souligner l'importance de comprendre ce terme pour les professionnels du secteur.

II. L'effondrement dans les opérations de forage : * Effondrement de la colonne de forage : * Définition : Définir ce que signifie l'effondrement d'une colonne de forage. * Causes : Identifier les facteurs qui peuvent conduire à l'effondrement d'une colonne de forage. * Conséquences : Décrire les risques et les problèmes potentiels associés à l'effondrement d'une colonne de forage.

III. L'effondrement dans les opérations de production : * Effondrement du puits : * Définition : Expliquer ce qui constitue un effondrement de puits. * Causes : Analyser les facteurs qui contribuent à l'effondrement du puits. * Conséquences : Détailler les implications d'un effondrement de puits sur la production.

IV. L'effondrement dans d'autres activités pétrolières et gazières : * Effondrement des structures : * Définition : Expliquer le concept d'effondrement structurel dans les installations pétrolières et gazières. * Causes : Identifier les raisons de l'effondrement structurel. * Conséquences : Décrire les dangers potentiels et les implications économiques de l'effondrement structurel.

V. Conclusion : * Récapituler les différents contextes dans lesquels le terme "effondrement" est utilisé dans l'industrie pétrolière et gazière. * Souligner l'importance de prévenir et de gérer les situations d'effondrement pour la sécurité, l'efficacité et la protection de l'environnement.


Test Your Knowledge

Quiz: Collapsing in Oil & Gas

Instructions: Choose the best answer for each question.

1. Which of the following is NOT a direct consequence of a collapsed drilling string?

a) Loss of circulation b) Increased drilling time c) Enhanced reservoir productivity d) Potential well control issues

Answer

c) Enhanced reservoir productivity

2. What is the primary factor contributing to casing collapse?

a) Excessive mud weight b) High reservoir pressure c) Insufficient cementing d) All of the above

Answer

d) All of the above

3. A collapsed wellbore can lead to which of the following problems?

a) Production decline b) Fluid leakage c) Increased risk of blowouts d) All of the above

Answer

d) All of the above

4. What is the primary cause of reservoir collapse?

a) Excessive fluid extraction b) High reservoir temperature c) Seismic activity d) Natural gas migration

Answer

a) Excessive fluid extraction

5. Which of the following can contribute to the collapse of oil and gas pipelines?

a) Corrosion b) Soil erosion c) Earthquakes d) All of the above

Answer

d) All of the above

Exercise: Collapsing in Production Operations

Scenario: You are a production engineer responsible for a well that has experienced a significant decline in production. Analysis indicates a potential wellbore collapse.

Task:

  1. List three potential causes for wellbore collapse in this situation.
  2. Identify two key indicators that would confirm your suspicion of wellbore collapse.
  3. Outline a short-term plan to address the situation and prevent further production decline.

Exercise Correction

**Potential Causes:** 1. **Corrosion:** Corrosion of the wellbore casing can weaken the structure, leading to collapse. 2. **Formation Collapse:** Changes in reservoir pressure due to production can lead to instability in the surrounding rock, causing the wellbore to collapse inwards. 3. **Cement Failure:** Poorly-placed or insufficient cement can leave the casing vulnerable to collapse, especially under high pressure. **Key Indicators:** 1. **Production Decline:** A sudden or gradual decline in production is a strong indicator of a potential problem. 2. **Fluid Loss:** The appearance of fluid losses to the formation or changes in the fluid flow rate might indicate a breach in the wellbore. **Short-Term Plan:** 1. **Production Shutdown:** Temporarily shut down production to minimize further pressure changes and potential damage. 2. **Wellbore Logging:** Conduct a comprehensive wellbore logging program to assess the extent of the damage and identify the specific cause. 3. **Wellbore Repair:** Based on the logging results, develop a plan to repair or replace the damaged casing.


Books

  • "Drilling Engineering" by J.E. Spears - Covers drilling operations, including potential issues like drilling string collapse and casing collapse.
  • "Petroleum Engineering: Drilling and Well Completion" by William C. Lyons - Provides insights into wellbore stability and potential for collapse in drilling and completion operations.
  • "Reservoir Engineering Handbook" by Tarek Ahmed - Explores reservoir characteristics and potential for reservoir collapse due to production activities.
  • "Pipelines and Pipelining: Engineering, Construction, and Operation" by Michael J. Economides - Addresses the design, construction, and operation of pipelines, including the potential for pipeline collapse.

Articles

  • "Drilling String Collapse: Causes and Prevention" by Society of Petroleum Engineers - A technical paper focusing on the causes and prevention strategies for drilling string collapse.
  • "Casing Collapse: A Review of Causes and Solutions" by SPE Journal - An in-depth study of the causes and potential solutions for casing collapse in oil and gas wells.
  • "Wellbore Instability: Understanding and Controlling Collapse" by Oilfield Technology - An article exploring the causes and mitigation strategies for wellbore instability and collapse.
  • "Reservoir Collapse: A Threat to Oil and Gas Production" by Energy Technology - A discussion on the impact of reservoir collapse on oil and gas production, including case studies.
  • "Pipeline Collapse: A Critical Review of Causes and Prevention Measures" by Journal of Pipeline Systems - A review of the causes and preventive measures for pipeline collapse.

Online Resources

  • Society of Petroleum Engineers (SPE) website: Search for publications and resources related to drilling, completion, reservoir engineering, and pipeline engineering.
  • American Petroleum Institute (API) website: Provides industry standards and resources related to oil and gas operations, including safety and environmental considerations.
  • Oilfield Technology website: Features articles and case studies on various aspects of oil and gas operations, including wellbore stability and pipeline integrity.
  • Energy Technology website: Provides news and information on the oil and gas industry, including articles on reservoir engineering and production challenges.

Search Tips

  • Use specific keywords, such as "drilling string collapse," "casing collapse," "wellbore collapse," "reservoir collapse," or "pipeline collapse."
  • Combine keywords with location-specific terms, such as "Gulf of Mexico wellbore collapse" or "North Sea pipeline collapse."
  • Add specific constraints to your search, such as "PDF," "articles," or "research papers" to filter results.

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