Owners and Operators of complex assets, e.g. in the oil and gas industry, have an obligation and in some instances, a statutory requirement to develop and implement processes to ensure that Asset Integrity and reliability issues are identified and duly considered at every stage of an asset’s lifecycle in order to demonstrate the mitigation of risks associated with major accident hazards.How can those ultimately responsible for asset safety demonstrate corporate, statutory and regulatory compliance in areas of high risk across all assets?  The implementation of intelligent solutions for managing the integrity of assets throughout their lifecycle from plant to pipelines is therefore crucial.At Noble Offshore we have intelligently applied our engineering expertise, domain knowledge and many years of experience in upstream, midstream and downstream oil and gas, petrochemicals and power generation to develop a holistic lifecycle-orientated asset integrity management solution.TheNoble Offshore holistic lifecycle approach to asset integrity management (AIM) covers every stage from pre-FEED, FEED, design, fabrication and construction through operations, maintenance and life extension to abandonment and decommissioning.  The objective of our lifecycle AIM solution is to ensure that operationally critical elements remain fit-for-purpose throughout an asset’s lifecycle.

Our 4-Stage AIM solution is focused on safety, reliability and production optimisation to ensure that corporate, statutory and regulatory governance are met and sustained in a cost-effective manner.  Moreover, it is engineered to deliver ‘Operational Excellence’ by ensuring world-class HSE performance, optimising reliability, maximising efficiency and availability, mitigating and avoiding major accident hazards, and ultimately increasing lifecycle value across all types of assets.

 

Our industry leading and fully integrated AIM software tool of which RBI Sofwtare  is the keystone is totally flexible allowing us to get involved at any phase of an assets life cycle.