Prof. Shuzhong Wang graduated with a Doctor of Engineering.
He was a Postdoctoral fellow of Institute for Energy Technology, Norway. He is
a doctoral supervisor and a Professor (Level 2) of School of Energy and Power
Engineering, Xi 'an Jiaotong University. He is a member of China Equipment
Management Association, Expert Committee of China Energy Society, and China
Energy Environment Science and Technology Association. In recent years, Mainly
engaged in supercritical water treatment and energy utilization of high
concentration refractory organic waste/hazardous waste/sludge key technologies
and system integration, high temperature metallurgical slag dry centrifugal granulation
and waste heat efficient recovery technology and system integration, advanced
combustion technology (supercritical hydrothermal combustion, chemical chain
combustion, flameless combustion, immersed combustion), high efficiency and
environmental protection boiler technology (pyrolysis gasifier, waste liquid
Research on incinerators, supercritical hydrothermal combustion type multiple
thermal fluid generators, flameless combustion free boiler, phase change heat
storage type solar energy or valley electric heating units, etc.), solar
energy/geothermal energy/(microalgae) biomass energy development, multi-energy
complementary green low-carbon smart energy system, etc.
Prof. Shuzhong Wang graduated with a Doctor of Engineering.
He was a Postdoctoral fellow of Institute for Energy Technology, Norway. He is
a doctoral supervisor and a Professor (Level 2) of School of Energy and Power
Engineering, Xi 'an Jiaotong University. He is a member of China Equipment
Management Association, Expert Committee of China Energy Society, and China
Energy Environment Science and Technology Association. In recent years, Mainly
engaged in supercritical water treatment and energy utilization of high
concentration refractory organic waste/hazardous waste/sludge key technologies
and system integration, high temperature metallurgical slag dry centrifugal granulation
and waste heat efficient recovery technology and system integration, advanced
combustion technology (supercritical hydrothermal combustion, chemical chain
combustion, flameless combustion, immersed combustion), high efficiency and
environmental protection boiler technology (pyrolysis gasifier, waste liquid
Research on incinerators, supercritical hydrothermal combustion type multiple
thermal fluid generators, flameless combustion free boiler, phase change heat
storage type solar energy or valley electric heating units, etc.), solar
energy/geothermal energy/(microalgae) biomass energy development, multi-energy
complementary green low-carbon smart energy system, etc.