Mr. Zhang Lei, General Manager, led the International Business team to the Institute of Chemistry, Institute of Chemistry, Henan Academy of Sciences to conduct in-depth research and exchanges on state-of-the-art cathodic protection corrosion control technologies.
To promote the iterative upgrading of cathodic protection technology, solve key engineering application challenges, and consolidate the foundation of new material research and development, our team paid a professional visit to the Institute of Chemistry, Henan Academy of Sciences. We conducted in-depth technical discussions with Professor Zheng’s research team. Centering on cutting-edge cathodic protection technologies, new anti-corrosion material development, product performance optimization, and practical application solutions for complex working conditions, this exchange built an efficient bridge for industry-university-research integration and empowered our enterprise’s technological innovation and product upgrading.
To promote the iterative upgrading of cathodic protection technology, solve key engineering application challenges, and consolidate the foundation of new material research and development, our team paid a professional visit to the Institute of Chemistry, Henan Academy of Sciences. We conducted in-depth technical discussions with Professor Zheng’s research team. Centering on cutting-edge cathodic protection technologies, new anti-corrosion material development, product performance optimization, and practical application solutions for complex working conditions, this exchange built an efficient bridge for industry-university-research integration and empowered our enterprise’s technological innovation and product upgrading.
Combining chemical mechanisms of new materials, mateDuring the communication, both sides comprehensively discussed the current development status and technical pain points of the cathodic protection industry. Traditional sacrificial anodes are generally limited by insufficient current efficiency, passivation tendency under complex conditions, and poor service stability in extreme environments.
rial modification technologies, and the latest laboratory research achievements,Traditional sacrificial anodes are generally limited by insufficient current efficiency, passivation tendency under complex conditions, and poor service stability in extreme environments. rial modification technologies, and the latest laboratory research achievements,
Professor Zheng systematically shared the research ideas and experimental progress of advanced technologies including new alloy modification, nanocomposite coatings, and green photoelectric anti-corrosion solutions. Meanwhile, based on our years of on-site construction experience, we shared practical engineering challenges in long-distance pipelines, offshore environments, and highly corrosive geological conditions. These include anode performance degradation under high temperature and high pressure, unstable protection potential caused by unbalanced soil pH, and the trade-off between long-term anti-corrosion performance and operation costs. The discussion realized accurate integration of scientific research theories and field engineering practice.
Supported by this in-depth industry-university-research exchange, both parties have clarified future R&D cooperation directions. We aim to develop high-performance, long-service-life, eco-friendly and intelligent cathodic protection technologies, focusing on solving core problems such as anti-corrosion failure under extreme working conditions, long-term material stability, and low-cost industrial production. In the future, we will fully leverage the professional technical advantages and scientific research resources of research institutes.
Combined with our rich practical engineering experience, we will continuously optimize product structures, upgrade production processes, and improve systematic application solutions. We will promote the iterative upgrading of cathodic protection products with higher performance, stronger adaptability and better cost performance, and effectively improve the anti-corrosion protection capacity for complex engineering projects.