PERFORMANCE
This track focuses on understanding and enhancing the performance of non-metallic materials in demanding applications across the energy sector, particularly in the oil and gas industry. Emphasis is placed on assessing long-term behavior, degradation mechanisms, and structural reliability of polymers and composites under harsh environmental conditions.
Key Objectives
Investigate how nonmetallic materials respond to thermal cycling, chemical exposure, mechanical loading, and aging.
Develop and validate models for predicting service life and performance degradation under field-relevant conditions.
Establish robust methodologies for material selection, qualification, and failure analysis.
Generate data to support certification and standards development for emerging nonmetallic solutions.
Bridge polymer science and composite engineering to enhance durability and reliability in structural applications.
Collaboration Opportunities
The track actively seeks collaboration with:
Material Developers: To assess new polymeric and composite systems under realistic operating conditions.
Operators and Asset Owners: To validate performance in service environments and support lifecycle extension.
Research Institutions: To co-develop testing protocols, predictive models, and qualification frameworks.
We welcome partnerships on joint research, field trials, and targeted studies that advance the safe, reliable use of non-metallics in critical infrastructure.