Jiwei Zhou, Feiyu Ji, Heng Zhang, Wei Wang, Hao Wang, Chengzhi Yang

1. Conducting fundamental research on ammonia-hydrogen new energy combustion mechanisms and pollutant control strategies, including reaction pathway analysis and process characterization.

2. Developing efficient pollutant treatment technologies for ammonia-hydrogen applications (optimization of SNCR/SCR denitrification materials and control algorithms).

3. Advancing combustion stabilization and low-NOx technologies: plasma-assisted combustion, swirl bluff-body stabilization, staged combustion, porous media combustion, and flameless oxidation.

4. Establishing ultraviolet/infrared spectroscopic diagnostics for intermediate species and combustion products in ammonia-hydrogen flames.

Jet-stirred reactors, flow reactors, porous media combustors, swirl burners, McKenna burners, counterflow burners, jet flame burner, industrial kiln flue gas analysis systems, rectangular kilns, shuttle kilns, aluminum melting furnaces, and aluminum rod heating furnaces.

Agilent Gas Chromatograph, Bruker FTIR Gas Analyzer, Testo 350 Flue Gas Analyzer, CAI/SICK Emission Analyzers, PIV velocity measurement system, ICCD cameras, Princeton Spectrometers, Ocean Optics UV/IR spectrometers.

Fundamental Research Laboratory (5th Floor, Building 2)

Hydrogen-combustion Fundamental Research Laboratory

Hydrogen-involved Industrial Kiln Pilot Platform