Research: Valorisation of contaminated biogenic waste in HTL/HTC lab-scale plants
I obtained my master’s degree in June 2025 from North China Electric Power University. My research primarily focused on the hydrothermal carbonization of natural wastes and their capacity to capture iodine vapor from mixed air. I also participated in a collaboration with Nanjing University to simulate and calculate radioactive iodine concentrations near the nuclear plant.
From 2018 to 2022, I studied Applied Chemistry at Northeast Electric Power University. The distinctive focus of my degree provided me with specialized training in power plant chemical engineering. I gained systematic knowledge of power plant water treatment, coal pre-treatment, gas and oil processing, and chemical processes in nuclear power plants.
Currently, my research focuses on the design of HTL industrial reactors for biomass.