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    Dr. Lv Min from SARI Awarded GII funding

    U.S. and U.K. Governments announced winners of Global Innovation Initiative (GII) recently. Dr. Lv Min from CAS Key Laboratory of Low-Carbon Conversion and Engineering of SARI is one of the awardees. In the following three years, SARI will work closely with Yale University and Heriot-Watt University on the research of high-efficiency reactor and its 3D printing.


    　　U.S. and U.K. Governments announced winners of Global Innovation Initiative (GII) recently. Dr. Lv Min from CAS Key Laboratory of Low-Carbon Conversion and Engineering of SARI is one of the awardees. Multilateral university partnerships of Yale University, Heriot-Watt University and SARI applied for the program under the topic of Increasing the efficiency of CO2 conversion to liquid fuels. In the following three years, SARI will work closely with Yale University and Heriot-Watt University on the research of high-efficiency reactor and its 3D printing. 
    　　The Global Innovation Initiative is funded by the UK and U.S. governments to foster multilateral research collaboration with higher education institutions in Brazil, China, India and Indonesia to address global challenges, in keeping with the vision of U.S. President Barack Obama and UK Prime Minister David Cameron’s joint statements in 2011 and 2012.
    　　Dr. Lv Min obtained her doctorate from Imperial College London in 2015. Currently, she works as assistant researcher at CAS Key Laboratory of Low-Carbon Conversion and Engineering in the field of reactive engineering research, including micro / nano efficient reactor and 3D printing research as well as other major R & D projects.
    　　

    2015-07-23 more+

    Prof. Mi Xianqiang’s Team Publishes New Findings in Biosensors and Bioelectronics

    Biosensor is an important tool for clinical detection, genetic analysis, environmental monitoring, biological terror and national security defense. Recently, researchers have developed a new type of Electrochemical DNA (E-DNA) sensor, which can achieve sensitive detection of target DNA. The result has been published in Biosensors and Bioelectronics


    　　Biosensor is an important tool for clinical detection, genetic analysis, environmental monitoring, biological terror and national security defense. Recently, researchers from Shanghai Advanced Research Institute, Chinese Academy of Sciences (SARI-CAS) have developed a new type of Electrochemical DNA (E-DNA) sensor, which can achieve sensitive detection of target DNA. The result has been published in Biosensors and Bioelectronics (2015), pp.434-438.
    　　In the work led by Prof. Mi Xianqiang, Dr. Zeng dongdong and other researchers worked with researchers from Shanghai Institute of Applied Physics, CAS to demonstrate a novel strategy of E-DNA sensor based on DNA tetrahedral nanostructures for the sensitive detection of target DNA. The biotin-tagged three dimensional DNA tetrahedral nanostructures were employed for efficient signal amplification by capturing multiple catalytic enzymes. Such improved E-DNA sensor can sensitively detect DNA target as low as 1 fM with excellent differentiation ability for even single mismatch. Results indicated that the RTSPs-based enzyme amplification system showed much better performance than the other two typical methods, which are single-stranded DNA (SSDNA) and gold nanoparticles (GNPs). 
    　　The project was funded by 2013 Innovation Action Plan of Science and Technology Commission of Shanghai Municipality and SARI’s Science Fund for Outstanding Young Researchers.  

    2015-05-27 more+

    SARI’s First Key Laboratory Passed Acceptance

    On April 8 2015, CAS Key Laboratory of Low-Carbon Conversion and Engineering based in SARI passed the acceptance review organized by Bureau of Frontier Sciences and Education CAS (the Frontier Bureau).


    　　On April 8 2015, CAS Key Laboratory of Low-Carbon Conversion and Engineering based in SARI passed the acceptance review organized by Bureau of Frontier Sciences and Education CAS (the Frontier Bureau). Led by Prof. Wang Jianguo, Director of Institute of Coal Chemistry, CAS, the expert group included Prof. Zheng Chuguang from Huazhong University of Science and Technology, Chief Engineer Yang Weimin, Vice President of Sinopec Shanghai Research Institute of Petrochemical Technology, Prof. Tan Ruobing, Deputy Director of Institute of Metal Research, CAS, Prof. Liu Zhongmin, Deputy Director of Dalian Institute of Chemical Physics, CAS, etc. Deputy Director Liu Guiju, Director of Key Laboratory Hongfei Hou, President Feng Songlin, Vice President Sun Yuhan and Wang Maohua of SARI attended the meeting. 
    　　Director Liu Guiju Introduced the overall requirements of establishing a CAS key laboratory, then the expert group listened to the report made by lab director Prof. Sun Yuhan regarding the positioning, research direction, talent team, platform construction and achievements of the lab, followed by on-site visit the lab.  
    　　As demonstrated, the Lab’s positioning is clear and has formed its distinctive research direction. A cross-disciplinary innovation team of young researchers and effective domestic and international cooperation networks have been built up. The lab has completed construction and achieved its goal. Finally, the expert group reached to the conclusion that the lab passed the acceptance review successfully. 
    　　                                      
    　　                                    
    　　                                       
    　　

    2015-04-20 more+

    Joint Lab Established between SARI and Anji Microelectronics

    Launching Ceremony of the Joint Lab established between SARI and Anji Microelectronics (Shanghai) Co., Ltd was held on February 9th, 2015.


    　　Launching Ceremony of the Joint Lab established between SARI and Anji Microelectronics (Shanghai) Co., Ltd was held on February 9th, 2015. Prof. Jiang Biao, Vice President of SARI, Mr. Guan Jianguo, Director of Technology Transfer Center in SARI, Ms Wang Shumin, Chairwoman and CEO of Anji Microelectronics attended the ceremony. 
    　　Prof. Jiang pointed out in his address that by integrating Anji Microelectronics’s first-class research team and SARI’s resourceful research platform, the two parties could realize mutual benefit and win-win partnership, and make due contribution to China’s semiconductor industry. 
    　　The Joint Lab will focus on the research and industrialization of 1) integrated circuit chemical mechanical polishing slurry and related nano materials; 2) new generation of photoresist and the corresponding effluent recycling technology development; and 3) the preparation of high purity electronic materials and high purity electronic chemicals. 
    　　 
    　　Plate Unveiling Ceremony 
    　　 
    　　Group Photo 

    2015-02-10 more+

    Joint Lab established between SARI and Micromeritics

    The unveiling ceremony of the joint lab between Shanghai Advanced Research Institute, Chinese Academy of Sciences and Micromeritics was held on November 11th, 2014. This ceremony marked that two parties would conduct close cooperation in scientific research instrument and equipment.


    　　The unveiling ceremony of the joint lab between Shanghai Advanced Research Institute, Chinese Academy of Sciences and Micromeritics was held on November 11th, 2014. This ceremony marked that two parties would conduct close cooperation in scientific research instrument and equipment.  
    　　Prof.Sun Yuhan, Vice President of SARI, Mr. Wang Maohua, President Associate of SARI, Mr.Greg Hendrix, Vice President of Micromeitics, Mr. Bob Johnson, Global Sales Director of Micromeitics and Mr. Xu Renliang, China General Manager of Micromeitics attended the event.  
    　　

    2014-11-14 more+

    Research Platform for the Critical Technologies of CHP System Based on Small Gas Turbine in Low Carbon Community Passed Acceptance

    The project titled Research Platform for the Critical Technologies of CHP System Based on Small Gas Turbine in Low Carbon Community passed the acceptance test organized by Bureau of Science & Technology for Development Chinese Academy of Sciences in Shanghai on August 27th, 2014.


    　　The project titled Research Platform for the Critical Technologies of CHP System Based on Small Gas Turbine in Low Carbon Community passed the acceptance test organized by Bureau of Science & Technology for Development Chinese Academy of Sciences in Shanghai on August 27th, 2014. 
    　　The project is one of the Knowledge Innovative Program of the Chinese Academy of Sciences and is undertaken by Clean Power Technology Research Center of SARI.  
    　　 Prof. Huang Weiguang, Vice President of SARI and Director of Clean Power Technology Research Center, was the PI of the Project. He had led the team carried out research on low pollution combustor, stability extension of centrifugal compressor, integration and optimization of CHP system, etc.   
    　　Prof. Yan Qing, director general of the Bureau of Science & Technology for Development, Chinese Academy of Sciences attended the meeting. He thought highly of the hard work done by the research team, and hoped more progress would be made on the platform construction in the future. 
    　　The meeting was hosted by Prof. Fu Guangyi, director of hi-tech Division, Bureau of Science & Technology for Development CAS. Vice President of SARI Prof. Huang Weiguang and Director of Science & Development Division of SARI Mr. Qian Wenguo attended the meeting. 
    　　

    2014-09-05 more+
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