Introduction
There are currently 9 full-time personnel, including 2 professors, 4 associate professors, 3 lecturers, 1 Elsevier “Chinese Highly Cited Scholar”, 1 High level talent of the “Six Talent Peaks” in Jiangsu Province, and 2 talents of the “ Double Innovation Plan” in Jiangsu Province. 5 person-times serve as international SCI journal Associate Editor/Editorial Board Member.
The Institute mainly focuses on the efficient conversion and clean utilization of energy. It specifically includes the efficient combustion and heat transfer enhancement of thermal equipments such as coal-fired boilers, kilns, gasifiers and steam turbines, the reduction of pollutants and carbon dioxide from combustion, the resource utilization of biomass/solid waste, and the development of efficient enhanced heat transfer technologies. The Institute has undertaken over 40 national, provincial, and enterprise level projects.

Research field
● Removal of Pollutants from Flue Gas/Industrial Gas Stream
● Carbon Dioxide Separation and Capture
● Optimization Research on Boilers, Kilns, Gasifiers, and Turbines
● Heat and Mass Transfer and Combustion of Multiphase Flow
● Development of Advanced Catalytic and Adsorption Materials in Gas Separation
● Enhanced Heat Transfer and Energy-saving Technology
● High Efficiency Hydrogen Production Technology ……

Representative Research
The research team has published over 140 high-level SCI journal papers, including Environ. Sci. Technol., AIChE J., Fuel, Chem. Eng. J., etc. Over 40 invention patents have been authorized, and 1 Science and Technology Progress Award of the Ministry of Education and 1 ACS Energy and Fuels Rising Star Award have been achieved.

Typical Cases of Applications
The developed simultaneous removal technology of multi-pollutants from flue gas using advanced oxidation technology has been applied by enterprises, achieving good environmental benefits.

National research project
Five Representative Project of National Natural Science Foundation
● Construction of biochar-activated free radical system and study on simultaneous removal of SO2, NOx and mercury (No.52176111)
● Study on desulfurization and denitration using free radicals induced by microwave/ magnetic separation catalyst-activated persulfate (No.U1710108)
● Study on the integrated desulfurization, denitration, and mercury removal using ammonium persulfate synergistically activated by UV and heat (No.51576094)
● Study on enhancement mechanism of impinging stream on spray combustion process (No. 51306075)
● Study on sulfur transformation and removal mechanism in coal direct chemical looping combustion (No.51606087)

Our people
Main members

	Yangxian Liu Director Elsevier “Chinese Highly Cited Scholar”, Associate Editor/ Editorial Board of J. Hazard. Mater., Environ. Chem. Lett., Sci.Total Environ., etc. Professor/Ph.D Advisor		Zhuliang Wang Professor / Master Advisor
	Yinghui Wang Associate Professor / Master Advisor		Min Du Associate Professor / Master Advisor
	Ming Luo Associate Director Associate Professor / Master Advisor		Dongjing Liu Associate Professor
	Qigang Ceng Associate Director Lecturer		Xing Xie Doctor of Double Innovation Plan Lecturer
	Dan Lin Doctor of Double Innovation Plan Lecturer