On September 21st, the "2024 Carbon Materials Technology and Standard Seminar" jointly hosted by the China Petroleum and Chemical Industry Association Standardization Work Committee, the China Petrochemical Corporation Petrochemical Research Institute, and the China Petroleum University (East China) National Oil and Chemical Industry High-Quality Oil Carbonization High-Value Utilization Key Laboratory took place successfully at the Li Cang Hua Hotel in Qingdao.
This conference attracted numerous experts, scholars, and enterprise representatives from the carbon materials field with the theme of "Oil to Carbon - From Heavy Oil Processing to Carbon Material Construction."
During the conference, Dynaflow Vice President and Sales Business Department General Manager Gong Changhua delivered a keynote speech titled "AI + Robots: How to Replace Scientists with Both Hands" on the afternoon of September 21st. Gong Changhua's report detailed the background and requirements of the laboratory: scientists face numerous mundane, complex, and repetitive work burdens during research experiments, such as sample packaging, handling of reagents, and waste liquid treatment. There are additional risks in the research process, and scientists may face life-threatening situations.
Gong Changhua's report focused on the latest applications and developments of artificial intelligence and robots in the field of carbon materials. He explained in detail how AI technology can empower robots to perform experimental operations with high precision and efficiency, effectively replacing human labor in repetitive, precision, dangerous, and reproducible experimental stages. This significantly improves experiment efficiency and accuracy. This highly automated solution not only relieves the workload of research personnel but also significantly reduces human error.
Gong Changhua pointed out that with the rapid development of technology, AI and robotics have already permeated multiple aspects of the research field, especially in the research of carbon materials that require highly precise operations. The combination of AI and robots has shown great potential. Through deep learning algorithms, robots can learn and mimic the operating habits of scientists, achieving precise control, and their powerful data processing capabilities can also analyze data in real-time during the experiment to provide more accurate decision-making references for scientists.
In addition, this symposium also conducted in-depth discussions and exchanges around six topics, including "Basic Chemistry of Oil Carbonization," "Theoretical Analysis of Intermediate Compounds in Carbon Materials," "Product Engineering," "Equipment Engineering," "Next-Generation Carbon Materials Development," and "Carbon Materials Related Standards." Experts, scholars, and representatives from Chinese oil companies, Chinese chemical companies, and domestic renowned universities and research institutions shared the latest research findings and industry trends, contributing wisdom and strength to the innovation and development of carbon materials technology.
The successful holding of this symposium not only provided a platform for communication and learning for experts and scholars in the carbon materials field but also laid a solid foundation for promoting the application and standard research of carbon materials technology. Dynaflow will continue to adhere to the core corporate philosophy of "serving innovation with science and technology" and actively respond to the country's strategic call, dedicating itself to promoting the development of carbon materials technology in our country and the world to a higher level.
On September 21st, the "2024 Carbon Materials Technology and Standard Seminar" jointly hosted by the China Petroleum and Chemical Industry Association Standardization Work Committee, the China Petrochemical Corporation Petrochemical Research Institute, and the China Petroleum University (East China) National Oil and Chemical Industry High-Quality Oil Carbonization High-Value Utilization Key Laboratory took place successfully at the Li Cang Hua Hotel in Qingdao.
This conference attracted numerous experts, scholars, and enterprise representatives from the carbon materials field with the theme of "Oil to Carbon - From Heavy Oil Processing to Carbon Material Construction."
During the conference, Dynaflow Vice President and Sales Business Department General Manager Gong Changhua delivered a keynote speech titled "AI + Robots: How to Replace Scientists with Both Hands" on the afternoon of September 21st. Gong Changhua's report detailed the background and requirements of the laboratory: scientists face numerous mundane, complex, and repetitive work burdens during research experiments, such as sample packaging, handling of reagents, and waste liquid treatment. There are additional risks in the research process, and scientists may face life-threatening situations.
Gong Changhua's report focused on the latest applications and developments of artificial intelligence and robots in the field of carbon materials. He explained in detail how AI technology can empower robots to perform experimental operations with high precision and efficiency, effectively replacing human labor in repetitive, precision, dangerous, and reproducible experimental stages. This significantly improves experiment efficiency and accuracy. This highly automated solution not only relieves the workload of research personnel but also significantly reduces human error.
Gong Changhua pointed out that with the rapid development of technology, AI and robotics have already permeated multiple aspects of the research field, especially in the research of carbon materials that require highly precise operations. The combination of AI and robots has shown great potential. Through deep learning algorithms, robots can learn and mimic the operating habits of scientists, achieving precise control, and their powerful data processing capabilities can also analyze data in real-time during the experiment to provide more accurate decision-making references for scientists.
In addition, this symposium also conducted in-depth discussions and exchanges around six topics, including "Basic Chemistry of Oil Carbonization," "Theoretical Analysis of Intermediate Compounds in Carbon Materials," "Product Engineering," "Equipment Engineering," "Next-Generation Carbon Materials Development," and "Carbon Materials Related Standards." Experts, scholars, and representatives from Chinese oil companies, Chinese chemical companies, and domestic renowned universities and research institutions shared the latest research findings and industry trends, contributing wisdom and strength to the innovation and development of carbon materials technology.
The successful holding of this symposium not only provided a platform for communication and learning for experts and scholars in the carbon materials field but also laid a solid foundation for promoting the application and standard research of carbon materials technology. Dynaflow will continue to adhere to the core corporate philosophy of "serving innovation with science and technology" and actively respond to the country's strategic call, dedicating itself to promoting the development of carbon materials technology in our country and the world to a higher level.
