Five Influential Petroleum and Energy Standards Released – August 2026 (Part 1)

August 2026 marks a significant moment for the Petroleum and Energy Technologies sector, with the publication of five major international standards. These documents address critical aspects of offshore installation, flow-control device quality, pipeline protection, environmental operating conditions, and laboratory measurement for natural gas hydrate research. For industry professionals seeking best-practice guidance and proven compliance pathways, these standards set the stage for improved operational safety, efficiency, and regulatory alignment.

Overview / Introduction

The global petroleum and energy industry operates amid increasing technical complexity and regulatory oversight. Standards play a pivotal role in uniting diverse engineering practices, ensuring product interchangeability, supporting risk management, and protecting the environment and workforce. In this update, Part 1 of our two-part coverage for August 2026, we explore five recently published standards. Readers will:

• Grasp vital changes in offshore unit procedures, piping system protection, and natural gas analysis
• Understand compliance obligations and how these standards foster reliability and competitiveness
• Access direct links to each official publication via iTeh Standards

Detailed Standards Coverage

ISO 19905-4:2026 – Jack-up Installation and Removal Assessment

Site-specific assessment of mobile offshore units — Part 4: Jack-up installation and removal at a site

Scope & Background:

ISO 19905-4:2026 specifies the requirements and guidance for the installation and removal of independent leg jack-up mobile offshore units at operating sites within the oil, gas, and lower carbon energy industries. This standard details safe practices for moving jack-ups into and out of site safety zones, ensuring platform readiness for operation, and overseeing safe extraction and departure procedures. While targeted at independent leg jack-ups, many provisions also suit mat-supported designs, and special guidance applies for self-propelled units or those with propulsion assist.

Key Requirements:

• Data collection for site and jack-up specifics, safety zone entry/departure
• Operational planning, risk assessment, and competency management
• Procedures for marine assurance, management of change, operational advisories, and documentation (Rig Move Procedure or RMP)
• Analytical tools and checklists for risk assessment, confirmation, and sign-off

Applicability:

• Rig operators, offshore installation managers, engineering consultants, and marine warranty surveyors involved in mobile offshore unit operations

Practical Implications:

• Streamlines rig move planning and documentation
• Strengthens safety by clarifying responsibilities and operational limits
• Facilitates compliance with national and international marine regulations

Key highlights:

• Comprehensive outline for Rig Move Procedures (RMP)
• Guidance for both installation and removal, including confirmation and information retention
• Enhanced focus on operational risk and data-driven site assessment

Access the full standard:View ISO 19905-4:2026 on iTeh Standards

ISO 17078-2:2026 – Flow-Control Devices for Side-Pocket Mandrels

Oil and gas industries including lower carbon energy — Drilling, production and injection equipment — Part 2: Flow-control devices for side-pocket mandrels

Scope & Background:

ISO 17078-2:2026 establishes the design, manufacturing, quality control, and testing requirements for subsurface flow-control devices used in side-pocket mandrels across the global petroleum and natural gas industry. Updated to align with the latest API Spec 19G2 (2nd edition, 2020), this edition details validation strategies and supplements previous industry guidelines on device performance and evaluation.

Key Requirements:

• Technical specifications for IPO, PPO, pilot, orifice, tubing-retrievable, and dummy flow-control devices
• Design, validation, functional testing, and calibration procedures
• Quality control across manufacturing and shipping preparation
• Excludes installation/retrieval methods and certain related tooling requirements

Applicability:

• Equipment manufacturers, completion engineers, drilling and production teams, quality assurance professionals in petroleum extraction and well intervention

Practical Implications:

• Ensures compatibility and safety of flow-control devices in side-pocket mandrels
• Supports accurate device selection and lifecycle performance validation
• Minimizes risk of equipment failure and maximizes well intervention effectiveness

Key highlights:

• Expanded coverage for tubing-retrievable flow-control devices
• Enhanced device testing and calibration protocols
• Direct alignment with international API standards

Access the full standard:View ISO 17078-2:2026 on iTeh Standards

prEN ISO 21809-5 – External Concrete Coatings for Pipelines

Oil and gas industries including lower carbon energy - External coatings for buried or submerged pipelines used in pipeline transportation systems - Part 5: External concrete coatings (ISO/DIS 21809-5:2025)

Scope & Background:

This standard details rigorous requirements for the qualification, application, testing, and handling of external reinforced concrete coatings applied to bare or pre-coated pipes for pipeline transportation systems in the petroleum and natural gas industries, as defined in ISO 13623. Essential for negative buoyancy and mechanical protection, these coatings are critical for buried or submerged pipelines exposed to challenging service conditions.

Key Requirements:

• Specifies minimum concrete thickness (25 mm or greater) and aggregate quality
• Outlines pipe, cement, reinforcement, water, and admixture requirements
• Covers application procedure specifications, environmental conditions, and pre-coating compatibility
• Mandates comprehensive inspection, testing (thickness, density, strength, impact and shear resistance, water absorption), and marking protocols
• Details procedures for damage repair and storage/handling best practices

Applicability:

• Pipeline designers, EPC contractors, coating applicators, marine engineers, and asset owners

Practical Implications:

• Assures long-term protection and structural stability for underwater and underground pipelines
• Reduces risk of pipe corrosion, accidental damage, and floating during installation
• Guides compliance with regulatory requirements and investor expectations

Key highlights:

• Qualification and daily inspection protocol for application
• Specific repair procedures for cracks and damage
• Performance-based testing for strength and durability

Access the full standard:View prEN ISO 21809-5 on iTeh Standards

ISO 19901-1:2026 – Metocean Design and Operating Considerations for Offshore Structures

Specific requirements for offshore structures — Part 1: Metocean design and operating considerations

Scope & Background:

ISO 19901-1:2026 delivers a globally relevant framework for determining and using meteorological and oceanographic (metocean) parameters in the design, construction, and operation of offshore structures. Covering a wide spectrum of environmental scenarios—ranging from extreme and abnormal events to normal operating conditions—the standard is instrumental for risk mitigation and structural integrity in offshore projects.

Key Requirements:

• Guidance on identifying metocean parameters for design (e.g., wind, waves, currents, tide, storm surges, sea ice)
• Procedures for metocean data collection, quality control, and database management
• Analytics for storm return periods, fatigue, and short/medium-term operational assessments
• Directionality, extrapolation for rare events, and environmental action effects
• Verification protocols for weather forecasting and regional annexes covering varied geographies

Applicability:

• Offshore structural engineers, project developers, safety officers, and operations managers

Practical Implications:

• Empowers robust design and operational planning
• Enhances resilience against climatic extremes and regional hazards
• Facilitates reliable site selection and platform operation

Key highlights:

• Comprehensive parameter set for offshore planning
• Integration of long-term probability and short-term event assessment
• Structured approach for metocean data verification and application

Access the full standard:View ISO 19901-1:2026 on iTeh Standards

ISO 23335:2026 – Determination of Hydrate Equilibrium Temperature for Natural Gas

Natural gas — Upstream area — Determination of hydrate equilibrium temperature

Scope & Background:

ISO 23335:2026 specifies laboratory procedures to determine the phase equilibrium temperature of natural gas hydrates under constant volume conditions—a key factor for gas storage, transportation, and production risk management. The standard encompasses preparation, apparatus selection, calibration, measurement, data analysis, and reporting for hydrate formation and decomposition simulations.

Key Requirements:

• Laboratory method for identifying hydrate phase equilibrium via pressure-temperature (P-T) diagram
• Calibration and air-tightness checks for measurement accuracy
• Gas and water sample requirements (purity, preparation standards)
• Apparatus configuration: material supply, pressurizing, mixing and temperature control units, reaction devices, and data acquisition
• Data acquisition, result calculation, statistical precision analysis, and structured test reporting

Applicability:

• Laboratory scientists, natural gas processing engineers, upstream operations managers, and facility designers

Practical Implications:

• Supports hydrate management strategies, mitigating blockages and production hazards
• Enhances research on hydrate stability and safe field operations
• Standardizes international measurement methodology for reliable data sharing

Key highlights:

• Detailed apparatus and sensor specifications
• Precise test procedures and calibration regime
• Result reporting aligned with ISO 5725-2 and ISO 10715 requirements

Access the full standard:View ISO 23335:2026 on iTeh Standards

Industry Impact & Compliance

The August 2026 publication of these five standards signals higher expectations for quality assurance, operational safety, and data-driven risk management across the petroleum and energy sector. Industry players can leverage these documents to:

• Demonstrate regulatory compliance and align with international best practices
• Streamline certification for equipment, installations, and procedures
• Reduce incidents through proactive risk, safety, and quality management
• Simplify third-party assessment and procurement decisions

Compliance Considerations and Timelines:

• Early adoption recommended to minimize transition risks and stakeholder friction
• Operators should review current processes for alignment and plan for timely staff training
• Keep abreast of future revisions and Part 2 of this standards update for complete sector coverage

Benefits of Adoption:

• Improved safety records and reduced downtime
• Enhanced asset valuation and lower insurance costs
• Consistent documentation for project delivery and auditing

Risks of Non-compliance:

• Regulatory penalties, lost market access
• Increased risk of operational failure or environmental incidents
• Eroded stakeholder confidence and delayed project approvals

Technical Insights

Common Technical Requirements

• Rigorous documentation and verification procedures
• Use of calibrated, precision-controlled instrumentation (for laboratory, marine, and field operations)
• Quality management systems covering material selection, application, and inspection
• Risk assessment and chain-of-command protocols for operational safety

Implementation Best Practices

1. Perform gap analysis to identify differences from previous standards
2. Train relevant personnel in key provisions and practical applications
3. Update or create documentation for site-specific procedures, test reports, and compliance logs
4. Leverage checklist annexes and supplementary guidance provided in each standard

Testing and Certification Considerations

• Validate test methods and sampling in accordance with prescribed ISO and API references
• Engage accredited laboratories or qualified third parties for critical qualification steps
• Document all calibration, inspection, and quality control outcomes for audit readiness

Conclusion / Next Steps

The August 2026 standards set offers a robust foundation for organizations aiming to excel in the evolving Petroleum and Energy Technologies landscape. By adopting these standards, professionals can achieve higher reliability, create value across operations, and ensure market competitiveness.

Recommendations:

• Download and review the official standards via the provided iTeh Standards links
• Ensure cross-functional teams are briefed on new requirements
• Monitor for Part 2 of this monthly update for complete coverage
• Stay informed on future standard revisions to maintain industry leadership

For detailed guidance, best practices, and full document access, visit iTeh Standards and subscribe for ongoing updates.