Zhang Ruiyong, Institute of Oceanography, Chinese Academy of Sciences, was selected as "Young Scientist of Marine Power" in 2023

On October 8, the award ceremony for the 2023 Search for Young Scientists of Marine Powerful Countries was held in Ningbo, Zhejiang Province. Researcher Zhang Ruiyong from the Institute of Oceanography, Chinese Academy of Sciences was selected as a "Young Scientist of Marine Powerful Countries"

On October 8, the award ceremony for the 2023 Search for Young Scientists of Marine Powerful Countries was held in Ningbo, Zhejiang Province. Researcher Zhang Ruiyong from the Institute of Oceanography, Chinese Academy of Sciences was selected as a "Young Scientist of Marine Powerful Countries".

It is understood that the "Young Scientists of the Ocean Power" search activity is jointly carried out by China Youth Daily and other units, targeting universities, research institutes, and technology-based enterprises across the country. It seeks out a group of outstanding young marine science and technology workers and work teams, and recommends them to face the forefront of marine science and technology, the main battlefield of marine economy, and typical cases of ecological and environmental protection, blue carbon protection of the sea. After organizing reports and expert recommendations, 10 "Young Scientists of Ocean Power" and 20 nominations for "Young Scientists of Ocean Power" in 2023 were ultimately selected. They are excellent representatives of young scientific and technological workers in the field of marine research nationwide, and are the backbone of scientific research and innovation in China. They actively devote themselves to the frontline of marine research and are driving the realization of China's dream of becoming a maritime power with infinite vitality and creativity.

Zhang Ruiyong, a researcher and doctoral supervisor of the Institute of Oceanology, Chinese Academy of Sciences, is mainly engaged in the development of strain resources of extremophiles/marine corrosion microorganisms, bio metallurgy and exploration and research of biochemical mechanism of marine microbial corrosion. A fluorescence labeled lectin analysis method suitable for in-situ observation, structure and composition analysis of biofilms has been developed to meet national needs. It has innovative research results in sulfide ore, elemental sulfur corrosion, leaching mechanism, deep ground high pressure, microbial iron sulfur metabolism, and biological corrosion. More than 60 SCI papers have been published in total, including 35 articles by the first and corresponding (including co authors), including papers from internationally authoritative journals such as Advanced Science, Fuel, and npjMaterialsDegradation. He has won the International Biohydrometallurgy Conference Award (2013), the European Union of Microbiology Young Scientists Conference Award (2014), the Special Contribution Award of the National Marine Corrosion Protection Engineering Technology Research Center (2021), the Shandong Corrosion and Protection Society Young Innovative Talent Award (2022), and the Outstanding Deputy Editor in Chief of Frontiersin Microbiology (2023).

(Reported by Bo Keguo, a reporter at the Dazhong Daily client, and Wang Min, a correspondent)

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