Onyax joins APCE: a technological contribution to the new challenges of cathodic protection

Onyax in APCE

Starting from January 1, 2025, Onyax becomes a Local Member of APCE (Association for the Protection Against Electrolytic Corrosion), reaffirming its sustainable commitment to anti-corrosion solutions and actively contributing to the technological innovation of traditional cathodic protection processes.

What is APCE?

APCE is a cultural and scientific organization founded in 1981, dedicated to studying, promoting and disseminating best practices in cathodic protection. This method is essential to preventing the corrosion of buried and submerged metal structures, such as oil pipelines, gas pipelines, tanks and maritime infrastructures, which are susceptible to deterioration caused by environmental and atmospheric agents.

Onyax’s contribution

In this context, Onyax has been committed for years to researching and developing advanced IoT and AI technologies that address the growing needs and challenges of an ever-evolving industry subject to continuous regulatory updates. With a particular focus on remote monitoring of cathodic protection for infrastructures, Onyax aims to optimize the management and security of distribution networks, offering operators and users low-impact environmental solutions, such as the BLACKBOX-CAT device. This innovative solution is designed to meet the latest requirements of the UNI 10950 standard revision, enabling the complete digitalization of control operations, including intelligent predictive activities.

Opportunities and future vision

Thanks to the initiatives promoted by APCE, we will benefit from a continuous growth path, allowing us to integrate into a cutting-edge ecosystem. Access to seminars, study days, events and support in applying cathodic protection guidelines will provide us with the opportunity to stay updated on the sector’s best practices.

Through this approach, Onyax’s adoption of new IoT and AI technologies in cathodic protection will help companies overcome the limitations of traditional systems and prevent corrosion-related damage, ensuring a safer and more sustainable future.

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