Storage tanks are indispensable assets in the oil, gas, petrochemical, and chemical industries—enabling secure containment, operational flexibility, and inventory management of hazardous and high-value fluids. As global energy consumption continues to climb, and with increasing emphasis on sustainable operations and compliance, professionals must ensure that these tanks are designed, operated, and maintained to the highest standards. The Design and Maintenance of Storage Tanks course offered by Pideya Learning Academy provides a comprehensive exploration of design methodologies, maintenance strategies, material considerations, and international compliance frameworks that govern above-ground storage tanks (ASTs).
Globally, the oil storage market is forecasted to exceed USD 22.5 billion by 2027, driven by the proliferation of energy demand, stricter environmental mandates, and the strategic need for reserve capacities, according to research by Global Market Insights. These dynamics highlight the critical role of storage tanks in supporting supply chain resilience and environmental protection. At the same time, aging infrastructure and evolving design codes demand a renewed focus on lifecycle asset management and integrity assurance, making this training timely and essential for professionals involved in tank operations, maintenance, and engineering.
Throughout the course, participants will explore a full spectrum of tank types—including vertical, horizontal, fixed-roof, and floating-roof tanks—and gain a clear understanding of structural requirements, foundation design, corrosion control, product compatibility, inspection procedures, and emergency planning. With in-depth reference to widely recognized standards such as API 650, API 620, API 653, and API 2610, the course also emphasizes real-world considerations and emerging practices that enhance safety, efficiency, and operational integrity.
Several key highlights are embedded throughout the learning journey to ensure participants gain maximum benefit from the program. These include:
An in-depth breakdown of various tank configurations and structural classifications, including design implications for different tank types.
Analysis of international codes and standards, with practical insights into their application in design, inspection, and maintenance phases.
Detailed discussions on material selection, stress considerations, and construction sequences to ensure optimal performance and regulatory compliance.
Exploration of failure modes including stress cracking, corrosion, and settlement, with preventive engineering measures and mitigation strategies.
Comprehensive strategies for developing maintenance schedules, rooted in risk-based inspection (RBI) and condition-monitoring principles.
Focused coverage on safety planning, environmental compliance, and containment strategies to minimize operational risk and reputational damage.
Review of industry advancements and digital trends influencing modern tank terminal management and asset optimization.
By integrating theoretical frameworks with contextual industry insights, the course empowers professionals to improve decision-making around tank design, lifecycle management, and regulatory compliance. Participants will leave with a heightened ability to support asset longevity, reduce operational risk, and align with global safety and performance expectations.

Key Takeaways:

• An in-depth breakdown of various tank configurations and structural classifications, including design implications for different tank types.
• Analysis of international codes and standards, with practical insights into their application in design, inspection, and maintenance phases.
• Detailed discussions on material selection, stress considerations, and construction sequences to ensure optimal performance and regulatory compliance.
• Exploration of failure modes including stress cracking, corrosion, and settlement, with preventive engineering measures and mitigation strategies.
• Comprehensive strategies for developing maintenance schedules, rooted in risk-based inspection (RBI) and condition-monitoring principles.
• Focused coverage on safety planning, environmental compliance, and containment strategies to minimize operational risk and reputational damage.
• Review of industry advancements and digital trends influencing modern tank terminal management and asset optimization.

• An in-depth breakdown of various tank configurations and structural classifications, including design implications for different tank types.
• Analysis of international codes and standards, with practical insights into their application in design, inspection, and maintenance phases.
• Detailed discussions on material selection, stress considerations, and construction sequences to ensure optimal performance and regulatory compliance.
• Exploration of failure modes including stress cracking, corrosion, and settlement, with preventive engineering measures and mitigation strategies.
• Comprehensive strategies for developing maintenance schedules, rooted in risk-based inspection (RBI) and condition-monitoring principles.
• Focused coverage on safety planning, environmental compliance, and containment strategies to minimize operational risk and reputational damage.
• Review of industry advancements and digital trends influencing modern tank terminal management and asset optimization.