Scientific advances in corrosion protection using graphene coatings
Graphene coatings significantly reduce corrosion in metallic structures, extending their useful life.
Graphene coatings significantly reduce corrosion in metallic structures, extending their useful life.
Corrosion in the oil industry causes failures and high costs. AMPP helps prevent damage and maintain operational efficiency.
Author: Ph.D. Yolanda Reyes, February 16, 2024. Occupational Health and Safety actions in mining go beyond simply controlling and preventing the risks inherent to this activity. This is a comprehensive strategy that seeks not only to safeguard workers' health, but also to instill a safety culture rooted in active awareness of the importance of safety protocols.
Renewable energies are crucial to energy security and the fight against climate change, driving a sustainable future.
Crude oil, which originates in natural deposits, contains components such as groundwater and sediments, causing corrosion and economic losses in its processing.
Atmospheric distillation is the most prevalent and dominant unit operation in chemical industries requiring distillation of large volumes of fluids.
Pulsed Current Cathodic Protection (PCCP) offers superior corrosion control in buried pipelines over traditional methods.
Pipeline corrosion and erosion monitoring is crucial to minimize unplanned shutdowns and preserve the integrity of industrial assets.
Hydrogen is a promising energy vector, but its transport and storage face challenges related to corrosion and diffusion.
Ultrasonic sensor networks monitor corrosion in real time, detect failures and reduce operating costs, increasing industrial safety.
Identifies problems such as electrical interference and high soil resistivity in cathodic protection systems.
Identifying and assessing Corrosion Under Insulation (CUI), requires reliable methods in the face of physical barriers and hidden conditions.