Asset performance management

Asset performance management for the oil and gas industry

What is asset performance management?

Asset performance management is a framework to ensure that performance is optimum throughout the entire asset lifecycle. APM encompasses the capabilities of data capture, integration, visualization and analytics tied together for the explicit purpose of improving the operational performance of physical assets. An important component to achieving the best performance is to ensure that the integrity of assets and infrastructure is maintained systematically and that they are operated in a safe, reliable and efficient manner.

Why asset integrity management (AIM) matters

A comprehensive and structured system using asset integrity management software is required to build up the foundation for a successful APM program. Many asset owners apply basic preventive maintenance such as scheduled based part replacement or cleaning program. A better approach is to make use of quantitative risk-based inspection or failure mode effect and criticality analysis. To achieve this, DNV GL supports our clients with risk-based inspection (RBI), safety integrity level (SIL) assessment and reliability-centered maintenance (RCM) to rank system and equipment criticality, dependent on the asset type and risk levels. Performing these assessments will in turn help companies develop relevant strategies for maintenance and inspection to manage the risks. When assets are managed and maintained properly using AIM software, it helps drive continuous improvement in plant reliability and operational safety and it lowers inspection and maintenance costs, while assuring regulatory compliance standards are satisfied.

Asset integrity management software

Companies can further improve their asset management program by integrating with DNV GL’s  RAM capabilities (Maros & Taro). Reliability, Availability, Maintainability (RAM) analysis allows you to simulate the entire lifetime performance of an asset in terms of availability, production efficiency and profitability. When integrated with asset management system, RAM can be used to identity performance indicators (i.e. production efficiency/availability) and ranking the “bad actors” that generate the majority of production losses. A bad actor is a piece of equipment that has shown a high percentage of failure due to design or build. This allows owners to utilize actual operational data and gain insights on the largest contributors to production losses and focus the efforts on improving the performance of these major contributors to downtime. With this in mind, life cycle cost (LCC) analysis plays an important role in assisting estimation of the economic performance of an asset over its entire lifecycle.

Implementing asset integrity management for continuous improvement

Having a successful asset integrity management system is paramount to a successful APM implementation. Synergi Plant is an asset management platform designed specifically for the processing industry, supporting companies with a robust work process that creates continuous improvement. It becomes an integral management system that ensures safe and reliable operations throughout the lifecycle of the asset.

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Asset Performance Management checklist

Are you missing any critical features? Review the most important criteria an APM solution should meet.

News update

Gartner recognizes DNV GL in Market Guide for Asset Performance Management Software

Whitepaper

The rise of asset performance management

Synergi Plant

Plant integrity management - plant maintenance software

FAQ

Frequently asked questions - Asset performance management

Asset performance management video

Look ahead of the game - quick intro to APM

RAM analysis - Reliability, Availability and Maintainability

Simulate the entire lifetime performance of an asset in terms of availability, production efficiency and profitability

Process hazard analysis

Tools containing world-leading, experimentally validated models for simulation of the behaviour of loss of containment of hazardous materials

Risk analysis - QRA

QRA tools for the purpose of understanding and managing risk in the oil and gas, petrochemicals, chemicals, pharmaceutical, insurance, steel and other industries

Offshore QRA

World-leading QRA software tailored to the challenges posed by offshore installations and offshore safety

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