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On October 18, 2018, the "Development and Innovation Application of Key Components of New Plasma Mass Spectrometer" project, part of China's 12th Five-Year National Major Scientific Instruments and Equipment Development Program, held its acceptance meeting in Beijing. The event was organized by Beijing Haiguang Instrument Co., Ltd. and chaired by Wei Yayun, the project director from the Ministry of Science and Technology’s Evaluation Center. Li Jianling, a representative from the Beijing Municipal Science and Technology Commission, also attended the session. The acceptance team was led by Academician Yao Jiannian from the Chinese Academy of Sciences.
The meeting brought together over 40 participants from 15 key institutions, including Beijing Haiguang Instrument Co., Ltd., Beijing Pufang General Instrument Co., Ltd., Jilin University, Fudan University, China University of Geosciences (Wuhan), Donghua University of Technology, and several national research centers. The project leader, Dr. Wang Houle, presented the research outcomes to the expert panel.
This initiative aimed to advance the development of critical components for plasma mass spectrometers, with a focus on both hardware and software innovation. The project set six main goals: research on key components, instrument production, application of results, industrial demonstration, team building, and infrastructure development. It included 11 tasks across four dimensions—hardware, software, application, and engineering—covering the development of essential components, the creation of new plasma mass spectrometers, and the implementation of novel analytical methods.
The project successfully developed four types of plasma ion sources, two mass spectrometry interfaces, and control and software systems. These breakthroughs not only supported the production of plasma mass spectrometers but also had potential applications in other mass spectrometry fields. The project team met all task requirements, significantly contributing to the growth of China's mass spectrometry industry.
During the meeting, the expert group reviewed the project’s progress and raised questions about various aspects of the instrument’s development. After thorough evaluation, Wei Yayun announced that the project had successfully overcome key technical challenges, developed three types of plasma mass spectrometers, and laid the foundation for future standards in life sciences, food safety, energy resources, and water quality analysis. The expert group unanimously approved the project as a success.
This achievement marks an important milestone in China’s efforts to enhance its scientific instrumentation capabilities and promote technological self-reliance in advanced analytical equipment.