CUI in stainless steel: chlorides, SCC, and inspection methods
Preventing CUI in stainless steel requires advanced integrity strategies due to its metallurgical complexity compared to carbon steel.
Preventing CUI in stainless steel requires advanced integrity strategies due to its metallurgical complexity compared to carbon steel.
Process in the Petrochemicals industry transforming petroleum fractions and gas into high-value raw materials.
Failure analyses of battery energy storage systems (BESS) significantly improve the safety and operational efficiency of these systems by establishing operating limits that help prevent failures.
Low-temperature heat networks are key for Net Zero by integrating renewable energy to decarbonize cities.
NACE MR0175 establishes material selection requirements to prevent H₂S-induced cracking in sour service environments. Its application is essential for protecting the integrity of pipelines, vessels, and critical equipment in the oil and gas industry.
Corrosion management is key to asset integrity, reducing risk and extending industrial equipment service life through inspection and control.
Visual technical analysis focused on operational safety and material design for CO₂ pipelines.
Electrochemical corrosion in industry depends on thermodynamic and kinetic factors that control its initiation and rate.
The refurbishment of fossil fuel pipelines for conversion into hydrogen pipelines reduces costs, but requires rigorous assessment of embrittlement, fatigue life, and structural integrity.
LPG spheres need constant inspection to prevent corrosion in columns, ensure safety, and extend their service life.
Artificial Neural Networks help detect corrosion patterns and enhance preventive measures in natural gas facilities.
New Advances in Understanding the Mechanism of H₂S/CO₂ Corrosion.