May.21, 2026
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Date: October 30 – November 2, 2025
Location: Beijing, China
2025 Annual Conference of the Chinese Society of Engineering Thermophysics Opens in Grand Style

The 2025 Annual Conference of the Chinese Society of Engineering Thermophysics was successfully held in Beijing from October 30 to November 2, 2025. As a dedicated developer of experimental equipment in thermofluid and energy storage fields, MicroNewton (Shandong) Technology Development Co., Ltd. was invited to exhibit, showcasing advanced experimental systems in thermodynamics, fluid mechanics, and renewable energy storage, engaging with global experts and scholars to explore new directions for industry development.

Conference Opening: Focusing on Frontiers, Exploring Industry Opportunities
Hosted by the Chinese Society of Engineering Thermophysics and organized with support from institutions such as the Institute of Engineering Thermophysics, Chinese Academy of Sciences, the conference received strong backing from top universities including Tsinghua University and Xi’an Jiaotong University. Under the theme “Advancing High-Level Scientific Self-Reliance, Promoting High-End, Intelligent, and Green Development of the Energy and Power Industry,” the conference featured plenary sessions, specialized forums, and an industrial equipment exhibition covering all branches of power engineering and engineering thermophysics.

Scholars and industry experts from home and abroad gathered to discuss key topics such as carbon capture, hydrogen applications, long-duration energy storage, and multiphase flow technologies.

Exhibit Highlights: Advanced Technology Empowering Research Innovation
As a company deeply engaged in experimental equipment development for power engineering and thermophysics, MicroNewton’s exhibit aligned perfectly with the conference focus on industry-academia-research integration, becoming a highlight of the industrial equipment showcase.

Focusing on the conference theme of “Low-Carbon Technological Breakthroughs and Efficient Energy Utilization,” MicroNewton presented cutting-edge experimental systems in thermodynamics, fluid mechanics, and renewable energy & storage, attracting wide attention for their high precision and intelligent design.

On-Site Interaction: Deep Exchanges, Building Collaboration Bridges
During the exhibition, MicroNewton’s booth drew large crowds, with faculty and researchers from leading universities and institutes actively consulting the technical team. Demonstrations of equipment operations and core functions facilitated in-depth discussions on performance, customization needs, and potential industry-academia-research collaborations.

The MicroNewton team also participated in academic sessions, attending keynote reports by academicians including Xuan Yimin and Guo Liejin, gaining valuable insights into cutting-edge trends and research hotspots in engineering thermophysics, which will inform future product development and technical upgrades.

Fulfilling the Mission: Empowering Green Development Through Technology
MicroNewton’s presence at the conference highlighted the company’s commitment to advancing the field and connecting with frontiers in thermofluid research. As a professional manufacturer of laboratory experimental equipment, MicroNewton continues to focus on scientific research needs, driving innovation and continuously optimizing products and services.

Looking ahead, the company will leverage the platform built at this conference to deepen collaboration with universities and research institutions, aligning with the dual-carbon strategy and industry trends. MicroNewton aims to develop more high-precision, intelligent experimental equipment, supporting technological breakthroughs in engineering thermophysics and driving the energy sector’s green transformation.
For more information on exhibits or collaboration opportunities, please contact MicroNewton (Shandong) Technology Development Co., Ltd. and join us in exploring the limitless possibilities of research innovation.