en.Wedoany.com Reported - The Second China International Symposium on Advanced Crushing and Grinding Technology and Equipment was recently held in Changzhou, Jiangsu Province. With the theme "Digital Intelligence-Driven · Low-Carbon Leading," the symposium was co-hosted by BGRIMM Technology Group (BGRIMM) and ME Elecmetal (Changzhou) Machinery Co., Ltd. Shang Yanbo, Deputy General Manager of BGRIMM, and Xu Su, General Manager of ME Elecmetal China, attended and delivered speeches. Zhang Dan, Director of the Information Research Center of BGRIMM, presided over the opening ceremony.
This symposium focused on core topics including industry development trends, industrial field cases, liners and wear-resistant equipment, digital simulation technology, digital twins and intelligent control, and ultra-fine crushing and grinding, aiming to build a high-level, international professional collaboration bridge in the field of crushing and grinding.
Experts and scholars from BGRIMM, Shandong University of Technology, Central South University, Changsha Research Institute of Mining and Metallurgy Co., Ltd., China University of Mining and Technology (Beijing), Fuzhou University, and Zhejiang University, along with technical experts from ME Elecmetal, engaged in in-depth exchanges on cutting-edge achievements in the crushing and grinding field.
Technical backbone from companies such as Zijin Zhixin Intelligent Control (Xiamen) Technology Co., Ltd., Xiamen Zijin Mining and Metallurgy Technology Co., Ltd., and Anhui Tianyi New Materials Technology Co., Ltd., shared practical experiences in liner structure optimization and production process upgrades, based on actual technical renovation projects at multi-metal concentrators in Tibet, Yunnan, and Xinjiang.
Expert teams from BGRIMM's Automation Institute, BGRIMM Machinery and Automation Technology Co., Ltd., and Beijing Kete Crusher Co., Ltd., showcased their latest R&D achievements in areas such as grinding process optimization control technology, multi-modal intelligent fusion decision-making platforms for grinding, complete sets of fine and ultra-fine grinding technologies and equipment, and innovative vibration crushing processes. These solutions targeted production challenges at mine sites.
Going forward, BGRIMM will leverage its national-level research platforms to deepen technological R&D and industry-university-research collaborative innovation in core directions such as intelligent simulation, digital twins, and low-carbon, high-efficiency crushing and grinding equipment, accelerating the industrial implementation and large-scale promotion of core technologies and complete intelligent equipment.
