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Shanghai Key Laboratory of Multiphase Flow and Heat Transfer of Power Engineering

Since its inception in September 2013, the Shanghai Key Laboratory of Multiphase Flow and Heat Transfer of Power Engineering has engaged in frontier and fundamental researches, such as multiphase flow and heat, and mass transfer in complicated conditions, complex turbulent flow in turbomachinery. It also features a variety of distinctive experimental platforms, such as the platform for the research of transonic wet steam wind tunnel system, which passed inspection by and won theapproval from Shanghai Science and Technology Commission (SSTC) on 30th Nov, 2016. The laboratory has been in smooth operation.

It also boasts a clear research orientation, that is, to lay a solid foundation on the frontier theoretical research to vigorously explore and develop applied research in energy and power engineering. A number of innovative research achievements, featuring key technologies and with independent property rights, have been applied in nuclear power, thermal power, waste heat utilization, energy conservation,  environmental protection and many other fields. In addition, a series of high-level academic papers have been published, a batch of patents authorized and a number of S&T awards conferred. The laboratory now has become one of the most important institutions in frontier research and scientific and technological innovation in the field of power engineering in China.

Infrastructures:

Shanghai Key Laboratory of Multiphase Flow and Heat Transfer of Power Engineering has a floor space of 1200 m2. There are seven research platforms under construction, which focus on the researches in such fields as the transonic Wet Steam Wind Tunnel, the Two-Phase Flow In-situ Measurement Test, the Vapor-Liquid Two-Phase Flow and Heat Transfer, the Flue Gas Aerosol Nucleation, Diffusion and Migration, the Complex Turbulent Flow in Turbomachinery, the High Efficiency, Energy and Water Saving, Low-Carbon Environment-Friendly Cooling Equipment, and the Organic Rankine Cycle (ORC) System. The laboratory also has its own academic committee and management team.


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