On September 22, 2026, Taishan Group signed a strategic cooperation agreement with Tsinghua University, marking an important step in strengthening collaboration between academic research and industrial manufacturing. The partnership will focus on technological innovation, research cooperation, and the practical application of advanced boiler technologies, particularly in the field of circulating fluidized bed (CFB) boilers.
The signing ceremony was held at Taishan Group’s headquarters, bringing together representatives from the Group and Tsinghua University’s Department of Energy and Power Engineering.
Strengthening Cooperation Between Academic Research and Industrial Manufacturing
The ceremony was attended by Professor Yang Hairui, Research Professor Zhang Man, and Researcher Zhou Tuo from Tsinghua University, alongside senior management and technical representatives from Taishan Group.
Under the theme “Partnering with Tsinghua, Empowering Taishan,” the cooperation aims to establish a long-term framework for technical exchanges, collaborative research, and the application of scientific achievements in industrial boiler engineering.
Tsinghua University brings extensive research expertise in thermal engineering, combustion technology, and energy systems. Taishan Group contributes its experience in industrial boiler design, manufacturing, and engineering applications.
By combining academic research capabilities with practical engineering experience, both parties aim to address technical challenges, facilitate knowledge transfer, and promote innovation in boiler equipment and related energy technologies.
Advancing Circulating Fluidized Bed Boiler Technology
Following the signing ceremony, technical exchanges began with a specialized seminar on circulating fluidized bed (CFB) boiler technology.
The discussions focused on several important aspects of CFB boiler engineering:
- CFB boiler design principles: Fundamental combustion and fluidization theories and their application to boiler design.
- Engineering applications: Technical considerations involved in translating design principles into practical boiler systems.
- Pollutant emission control: Research and engineering approaches to improving combustion processes and controlling emissions.
- Alternative fuel adaptability: Technical challenges associated with the combustion of different fuel types in CFB boilers.
- Boiler operation and optimization: Design and operational considerations relevant to boiler performance and engineering reliability.
The seminar combined technical presentations with discussions of practical engineering challenges, providing an opportunity for Taishan Group’s engineering team to exchange knowledge with university researchers.
These exchanges are expected to support the Group’s ongoing work in boiler technology development, engineering design optimization, and project implementation.
Supporting Innovation in Energy-Efficient and Lower-Emission Boiler Technologies
The strategic cooperation brings together complementary strengths in scientific research and industrial manufacturing.
For Taishan Group, the partnership provides opportunities to strengthen technical research, explore advanced boiler design approaches, and improve the integration of research findings into manufacturing and engineering practices.
Particular attention will be given to energy-efficient boiler technologies, lower-emission combustion systems, and the continued development of CFB boiler technology.
The cooperation also creates opportunities for Tsinghua University’s research teams to engage with industrial engineering applications, helping connect theoretical research with practical operating requirements and manufacturing considerations.
Building a Long-Term Partnership for Boiler Technology Development
The agreement represents the beginning of a longer-term collaboration between Taishan Group and Tsinghua University.
Moving forward, both parties plan to establish regular technical cooperation mechanisms, pursue research on key boiler technologies, and facilitate the application of relevant research outcomes in industrial projects.
Through this partnership, Taishan Group aims to strengthen its research and development capabilities, advance industrial boiler technology, and support the development of more efficient and environmentally responsible energy equipment.
The cooperation reflects the Group’s continued commitment to technological innovation, engineering excellence, and the long-term development of the industrial boiler industry.