Pideya Learning Academy

Energy Insurance Fundamentals

Upcoming Schedules

  • Live Online Training
  • Classroom Training

Date Venue Duration Fee (USD)
27 Jan - 31 Jan 2025 Live Online 5 Day 2750
31 Mar - 04 Apr 2025 Live Online 5 Day 2750
28 Apr - 02 May 2025 Live Online 5 Day 2750
02 Jun - 06 Jun 2025 Live Online 5 Day 2750
28 Jul - 01 Aug 2025 Live Online 5 Day 2750
29 Sep - 03 Oct 2025 Live Online 5 Day 2750
20 Oct - 24 Oct 2025 Live Online 5 Day 2750
08 Dec - 12 Dec 2025 Live Online 5 Day 2750

Course Overview

In today’s high-stakes and capital-intensive energy landscape, understanding the dynamics of insurance is no longer optional—it is a strategic imperative. From upstream exploration and drilling to midstream logistics and downstream refining, the energy value chain is marked by complex risks, large-scale investments, and increased regulatory scrutiny. The Energy Insurance Fundamentals course by Pideya Learning Academy has been developed to equip industry professionals with the essential expertise to navigate and manage insurance-related challenges across every phase of energy operations.
According to Marsh McLennan’s 2023 Global Energy Insurance Market Report, global premiums in the energy sector surged by over 15% year-on-year, driven by inflationary asset values, an increase in catastrophic claims, and more frequent weather-related losses. Furthermore, the Global Energy Risk Survey highlights that 73% of energy sector stakeholders identify insurance as one of the top five critical tools for safeguarding operational continuity. These figures demonstrate the growing need for energy professionals to adopt a proactive and informed approach to risk transfer and insurance planning.
This comprehensive training by Pideya Learning Academy offers a deep dive into insurance structures designed specifically for the energy industry. It emphasizes the strategic role of insurance in protecting assets, mitigating liability, and supporting long-term project success. Participants will gain a robust understanding of how to evaluate coverage needs for diverse energy operations, analyze potential exposures, and align policies with technical, environmental, and financial realities.
To ensure a well-rounded learning experience, this training incorporates several distinctive features, including:
Detailed exploration of energy-specific insurance policies, including Construction All Risk (CAR), Operational All Risk (OAR), Business Interruption (BI), and Environmental Liability (EL) coverage.
Insights into global market trends, underwriter expectations, premium pricing drivers, and risk appetite in energy insurance markets.
Approaches for aligning insurance strategies with joint venture agreements, cross-border operations, and multi-party contracts.
Frameworks for identifying, quantifying, and transferring risk throughout the project lifecycle—from design and construction to decommissioning.
Guidance on claims handling, loss assessment, and claims recovery, with emphasis on minimizing disputes and financial delays.
Integration of ESG (Environmental, Social, and Governance) considerations into insurance design and corporate risk strategies.
Awareness of legal, regulatory, and contractual obligations that influence energy insurance decisions across jurisdictions.
Participants will also explore the intersection of insurance with engineering and risk management, examining how policy design must evolve to reflect operational realities, third-party liabilities, and environmental compliance. Real-world case references will demonstrate the financial consequences of underinsurance, vague exclusions, and overlooked coverage gaps, helping participants learn from industry precedents.
Ultimately, the Energy Insurance Fundamentals course empowers professionals to become informed contributors to their organizations’ broader risk management strategies. By gaining a clearer understanding of policy mechanics, insurer expectations, and sector-specific exposures, learners will be better prepared to advise internal stakeholders, collaborate with external brokers and underwriters, and structure insurance programs that safeguard valuable energy investments.

Course Objectives

After completing this Pideya Learning Academy training, the participants will learn:
Core concepts and terminology related to energy insurance and how they apply to various segments of the energy sector.
Methods for evaluating insurance needs based on project scope, geographic location, and operational risks.
Best practices for managing complex insurance portfolios, including policy layering, deductibles, and reinsurance.
Approaches to designing effective risk transfer mechanisms for upstream, midstream, and downstream operations.
Techniques for navigating energy insurance claims, managing documentation, and working with loss adjusters.
How to ensure insurance compliance with industry regulations, ESG mandates, and contractual obligations.

Personal Benefits

Comprehensive knowledge of energy insurance tools and their strategic value.
Enhanced ability to evaluate, negotiate, and manage insurance policies effectively.
Increased confidence in addressing insurers, brokers, and regulatory bodies.
Better preparedness to contribute to enterprise risk management functions.

Organisational Benefits

Improved ability to protect energy infrastructure and investments through well-structured insurance programs.
Enhanced understanding of insurance implications in large-scale energy contracts and joint ventures.
Strengthened regulatory and financial compliance through accurate insurance alignment.
Reduced exposure to unanticipated losses through proactive claims and risk management practices.

Who Should Attend

This course is designed for professionals and decision-makers involved in risk and insurance within the energy sector, including:
Risk managers and insurance coordinators
Project and asset managers
Legal and compliance officers
Finance and treasury professionals
Executives in oil & gas, power, and renewable energy companies
Contract administrators and procurement officers

Course Outline

Module 1: Fundamentals of Insurance in the Energy Sector
Introduction to energy-related insurance principles Historical development and global evolution of coverage Strategic role of insurance in high-capital energy ventures Sector stakeholders: insurers, reinsurers, brokers, and regulators Glossary of essential energy insurance terms Legal and compliance frameworks in energy insurance
Module 2: Operational Risk Evaluation in Energy Systems
Identifying risk exposures across exploration, processing, and distribution Risk assessment frameworks for industrial operations Economic consequences of uninsured risks Use of probabilistic and deterministic models Quantitative vs. qualitative risk analysis techniques Integration of risk management into insurance planning
Module 3: Insurance Coverage Types for Energy Enterprises
Categories: property, liability, environmental, and specialty insurance Comparative analysis of offshore vs. onshore insurance packages Structuring policies for renewable energy installations Insurance solutions for subcontractors and equipment vendors Excess layers and umbrella liability insurance Insurance innovations and coverage enhancements
Module 4: Structuring Policies and Underwriting Procedures
Lifecycle of energy insurance underwriting Key underwriting criteria: asset value, geography, claims history Customizing policy terms and endorsements Policy language interpretation and exclusions Contract negotiations and risk-specific clauses Application of underwriting analytics and real-world examples
Module 5: Insuring Energy Infrastructure and Equipment
Coverage for physical assets: terminals, turbines, pipelines Mechanical breakdown and machinery failure policies Business interruption insurance for energy operations Risk engineering and preventive maintenance strategies Facility inspection protocols and risk audits Claims investigation for damaged or destroyed assets
Module 6: Liability and Legal Risk Coverage
Coverage types: third-party, employer, pollution, and contractual liability Legal frameworks impacting liability in energy operations Claims handling and legal dispute processes Environmental clean-up and remediation liability Importance of general and public liability insurance Case examples of energy-related legal claims
Module 7: Insurance for Marine and Offshore Activities
Marine and offshore-specific insurance coverages Offshore rig and subsea equipment protection Energy cargo insurance: pipes, generators, turbine blades Salvage, wreck removal, and maritime liability International maritime regulations and insurance obligations Clauses and endorsements specific to marine energy transport
Module 8: Specialized Coverage for Renewable Energy
Risk coverage for wind farms, solar arrays, and hydroelectric assets Policies addressing intermittent resource availability Technical risks in grid integration and energy storage Government compliance and regulatory insurance mandates Financial risk mitigation for clean energy financiers Market trends in renewable energy insurance products
Module 9: Claims Lifecycle and Resolution Framework
Claims submission and documentation protocols Evaluation and validation of insured losses Arbitration, mediation, and litigation options Managing multifaceted claims with large financial exposure Engagement of loss adjusters and forensic investigators Success stories and precedent-setting claims
Module 10: Cybersecurity Insurance in the Energy Industry
Cyber risk profiles unique to SCADA and ICS environments Data breach and cyber liability coverage Evaluating IT infrastructure vulnerabilities Policy inclusions/exclusions related to cyberattacks Digital forensics, incident containment, and data recovery Case references from cyber breaches in energy firms
Module 11: Regulatory Risk and Compliance Coverage
Navigating local and international energy compliance obligations Insurance as a tool for meeting regulatory benchmarks Environmental impact requirements and insurance alignment Adapting to evolving energy policies and legal reforms Country-specific licensing and insurance mandates Strategies for regulatory uncertainty and compliance continuity
Module 12: Captive Insurance and Non-Traditional Risk Strategies
Principles and structures of captive insurance companies Risk retention benefits for large energy conglomerates Implementation of protected cell and rent-a-captive models Parametric insurance and structured reinsurance models Financial reporting and tax treatment considerations Illustrative cases of captive strategy deployment
Module 13: Insurance for Energy Finance and Investment Protection
Mitigating risk in project finance through insurance Lender’s interest insurance and coverage for debt providers Performance guarantees and risk-sharing arrangements Role of insurance in public-private partnerships Due diligence and financial closing requirements Investor assurance through structured coverage
Module 14: Emergency Preparedness and Continuity Coverage
Crisis preparedness and disaster planning with insurance support Natural catastrophe coverage and climate risks Political risk insurance and sovereign exposure Continuity planning for upstream and downstream sectors Resilience strategies for supply chain disruptions Real-world disaster recovery outcomes in energy projects
Module 15: Technological Innovation and Future-Proofing Insurance
Climate change impacts on underwriting models Insurtech applications and digital policy management AI and machine learning in risk prediction Insurance for hydrogen, biofuels, and fusion projects Behavioral analytics and real-time risk tracking Future-forward scenarios in energy insurance

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