On December 2, the Sichuan-Chongqing Chemical Process and Equipment Academic Exchange Conference, hosted by the Chemical Machinery Branch of the Chongqing Society of Mechanical Engineering, was grandly held in Chongqing. The conference brought together numerous experts and scholars from the fields of mechanical engineering and chemical engineering to discuss the latest developments and applications in chemical processes and equipment.

Zou Zhengwen, Chairman of the Chemical Machinery Branch of the Chongqing Society of Mechanical Engineering, stated that the event focused on academic exchanges on new materials, equipment, processes, and technologies in chemical engineering. The goal was to promote industry development and contribute to the construction of Chongqing's "33618" modern manufacturing industry cluster system.

In the subsequent academic exchange session, Ma Yuehui, Deputy General Manager and Senior Engineer of Tianjin University's Taize Environmental Technology Co., Ltd., shared the process of recycling formaldehyde, hydrochloric acid, and hydrofluoric acid from wastewater. Dong Lichun, Deputy Dean and Professor of the College of Chemistry and Chemical Engineering at Chongqing University, shared how chemical systems engineering helps achieve "dual carbon" goals and sustainable development. Wang Guixin, Professor of the School of Chemical Engineering at Sichuan University, shared the corrosion and protection of chemical equipment under extreme conditions.

Xu Junchuan, Deputy General Manager of EPC Energy Technology (Shanghai) Co., Ltd., shared the application of 3D microchannels in continuous flow chemical processes. EPC Energy Technology's 3D microchannel technology is a highly efficient fluid handling technology. Through precision 3D printing technology, microchannels can achieve efficient heat exchange and material transfer in a very small space. This technology has broad application prospects in the chemical industry, especially in improving reaction efficiency, reducing energy consumption, minimizing equipment size, and achieving precision chemical production.

At the conference, EPC Energy Technology detailed the design principles and manufacturing processes of 3D microchannels. Compared to traditional chemical equipment, this new type of microchannel device maintains high efficiency while significantly reducing space occupation, lowering production costs, and being more environmentally friendly. This is undoubtedly a major breakthrough for the resource-intensive chemical industry.

Additionally, EPC Energy Technology presented a series of application cases based on 3D microchannel technology, including successful applications in the production of fine chemicals, pharmaceuticals, and new energy materials. These cases fully demonstrate the significant advantages of microchannel technology in improving production efficiency and reducing environmental impact.

EPC Energy Technology's presentation at the conference attracted widespread attention. Experts and industry insiders in the field of chemical engineering showed great interest in this technology and engaged in lively discussions about its potential future applications in the industry. Many participants believed that the promotion of 3D microchannel technology would have a profound impact on the sustainable development of the chemical industry.

The conference also featured presentations by several experts and scholars sharing their latest research results and practical experiences in the field of chemical processes and equipment. Representatives of representative chemical enterprises from the Sichuan-Chongqing region also shared their application and practical experience in chemical processes and equipment. Participants expressed that the conference not only enhanced communication but also broadened their horizons, deepening their understanding of chemical processes and equipment, and further promoting the development of the chemical industry in the Sichuan-Chongqing region.