A global leader in oil and gas turned to Stellarix to transform their NDT processes with AI. By enhancing defect detection in pipeline and fabrication yard welds, we delivered faster inspections, higher-quality welds, and significant cost savings.
Client Background:
The client is a global oil and gas sector leader renowned for its engineering, procurement, and construction (EPC) services expertise. The client specializes in delivering complex projects across the oil and gas industry, including upstream, midstream, and downstream segments.
Engagement Objective:
The client is interested in conducting a study exploring the use of Artificial Intelligence (AI) in Non-Destructive Testing (NDT), specifically focusing on pipeline girth welds and fabrication yard welds. Additionally, the client aims to identify the following key areas of interest:
- AI technologies for the oil and gas sector are related to non-destructive testing (NDT) methods, particularly radiographic testing (RT) for pipeline girth welds and fabrication yard welds
- AI technology providers offering radiographic testing solutions utilizing machine learning and deep learning models tailored for the oil and gas industry
- Evaluation of technology provider solutions based on various technical and commercial criteria (such as Technology Readiness Level (TRL), initial investment, customization capabilities, etc.) to identify the most suitable partners for collaboration
Methodology:
- A detailed understanding of the client portfolio was developed.
- Searches were conducted on secondary sources to identify the key technologies and recent innovations in the technology domain.
- Searches were conducted on different databases to identify relevant technologies or solutions offered by competitors with advanced techniques.
- Mapping of the shortlisted data set was performed.
- The mapped data was used to generate graphical data and actionable insights.
- A possible interpretation of the identified facts were presented.
Client Impact:
The provided report helped the client to get a deep and comprehensive understanding of the evolving landscape of alternative refrigerants, regulatory changes, and technological advancements. The client will also get the information regarding the adoption of low-GWP refrigerants and the integration of energy-efficient solutions into their product offerings.
The study’s detailed market analysis helps the client identify high-growth regions, emerging application spaces, and the potential shifts in refrigerant preferences due to tightening global regulations. This provides an opportunity to adapt its product portfolio and tailor its innovations to meet regional demands, ensuring compliance with local environmental standards and positioning themselves as a sustainable leader in the industry.
Outcome Snapshot:
