China News Service, Yangjiang, March 30 (Reporter Cai Minjie) How to protect marine ceramic cultural relics has always been an area of concern for the industry, and integrating technology provides a direction for cultural relic protection. China's "Nanhai No. 1", known as "an unprecedented model of underwater archeology", became an application demonstration site on the 29th for a national-level major special project on key technology research and development for the protection of marine ceramic cultural relics.
The launch and implementation plan consultation meeting of the "Key Technologies and Application Demonstration for the Protection of Marine Ceramic Cultural Relics" was held at the Guangdong Maritime Silk Road Museum. Photo courtesy of Guangdong Maritime Silk Road Museum
The "Key Technology and Application Demonstration for the Protection of Marine Water-derived Ceramic Cultural Relics" project launch and implementation plan consultation meeting was held at the Guangdong Maritime Silk Road Museum on the same day. According to reports, this project is aimed at the research and development needs of key technologies for the protection of marine ceramic cultural relics out of water, breaking through the research bottlenecks such as salt damage assessment, corrosion mechanism, reinforced desalination, insoluble salt, soluble salt, application demonstration work platform construction of marine ceramic cultural relics, and realizing the realization of marine Covering the entire chain of key links in the protection technology of effluent ceramic cultural relics.
The Nanhai No. 1 is the oldest, largest, and most complete ocean-going trading merchant ship discovered so far in the world. It will provide extremely rare physical information for restoring the history of the Maritime Silk Road and the history of ceramics.
The relevant person in charge of the Guangdong Maritime Silk Road Museum (Nanhai No. 1 Museum) said that they will focus on the problems faced in the desalination and protection process of marine effluent ceramics, such as the large number of cultural relics, long desalination time, and low degree of standardization process, and develop and design marine effluents. A comprehensive working platform for large-scale and efficient desalination protection of ceramic cultural relics, and research and establishment of standardized, streamlined, and large-scale desalination and cleaning processes, comprehensively utilizing a variety of monitoring and analysis techniques to carry out real-time monitoring and evaluation of the preservation status of cultural relics and disease control effects, and forming a marine effluent ceramics The real-time monitoring and evaluation technology system for the large-scale desalination process of cultural relics will create a typical case for application demonstration of key technologies for the protection of marine ceramic cultural relics. (over)