Bo Tian,Yujing Wei, Zhihao Yang
1.Combustion Technology & Equipment for Ammonia-Hydrogen Fuel
oDevelop efficient, low-carbon, and cost-effective ignition technologies for ammonia-hydrogen fuel to ensure reliable ignition under various operating conditions.
oAdvance combustion technologies and equipment for industrial kilns, including staged combustion, recirculating-zone staged ignition, plasma-assisted combustion, catalytic combustion, micro-mixing combustion, and oxy-fuel combustion. Optimize the design of key components such as combustion chambers, nozzles, and control systems.
2.Flue Gas Treatment Technology & Equipment for Ammonia-Hydrogen Combustion
oInvestigate the characteristics and mechanisms of nitrogen oxide (NOx) formation during ammonia-hydrogen combustion and optimize combustion processes to minimize emissions.
oDevelop low-NOx burners, high-efficiency Selective Non-Catalytic Reduction (SNCR) with in-furnace ammonia injection, and high-performance Selective Catalytic Reduction (SCR) using pure ammonia.
3.Ammonia-Hydrogen Combustion Monitoring Technology & Equipment
oDevelop efficient, precise, and cost-effective technologies and devices for detecting ammonia-hydrogen fuel leaks and ensuring combustion safety, including chemiluminescence-based detection methods.
4.Ammonia-Hydrogen Storage and Transportation Technology
oResearch and develop safe, high-efficiency technologies and equipment for ammonia-hydrogen storage, transportation, gas mixing, liquid ammonia evaporation, and monitoring to meet the demands of industrial kiln applications.
Industrial kilns at the Zero-Carbon Combustion Laboratory of Xianhu Laboratory in Foshan, including:
Aluminum multi-rod heating furnace
Pulverized coal experimental furnace
Rectangular furnace
Shuttle kiln
Agilent gas chromatograph
Bruker FTIR gas analyzer
Testo 350 flue gas analyzer
CAI/SICK flue gas analyzer
PIV (Particle Image Velocimetry) system
ICCD (Intensified Charge-Coupled Device) camera
Princeton spectrometer
Ocean Optics UV/IR spectrometer
Fundamental combustion research laboratory
Pilot-scale hydrogen-involved industrial kiln platform
The laboratory is committed to being rooted in Foshan, radiating across Guangdong, serving the nation, and embracing a global perspective. Focusing on new energy and new materials such as hydrogen energy and fuel cells, it strives to establish itself as a national hub in the fields of hydrogen energy and new materials, encompassing five key centers: a technology R&D center, a technology transfer and dissemination center, a high-end talent hub and international exchange platform, a university student innovation and entrepreneurship center, and a high-tech enterprise incubator. Through these efforts, it aims to support and drive the high-quality economic development of the Greater Bay Area.
Yu Wang （Academic/Technical Exchange）Email: yu.wang@whut.edu.cn
Congwen Gong（Business Cooperation）Tel: +86-18123541012 Email: 2696530602@qq.com
Address：South Zone, Foshan Xianhu Laboratory, Daxing Avenue, Nanhai District, Foshan City, China
