-Research and develop the Z-scheme structure in photocatalysts.- Synthesis and characterize 2D nano-films photocatalysts and investigate their potential application in water-splitting.- Studied the influence of crystal morphology, synthesis conditions, surface characteristics of the different samples by systematic characterizations.-Determined the optimal synthesis conditions and optimized samples with uniform dispersion and porous structure.-Construct the primary reaction mechanism for the photocatalysis systems.

-Fabricated a new plasmonic photocatalyst, Pd-nanoparticles-decorated Bi-based photocatalyst by a photodeposition method.-Investigated the phase composition, structure, surface characteristics, UV-vis diffuse reflection spectra, and photocatalytic activities of the composite photocatalyst.-Confirmed a significantly improved visible light-harvesting capacity.-Working on the mechanistic elucidation of the contribution of Pd nanoparticles to the enhanced catalyticperformance, and putting up a manuscript.

-Develop a new formula for household chemicals.-Evaluate and optimize the physical and chemical properties of the new products.-Assist in the pilot tests of the new products.-Lead two interns to research and develop the odor and tinct type.-The products have been promoted in 2020.

-Aimed at controlling the selective formation of a desired polymorphic cocrystal of furosemide and conformers 4,4’-bipyridine (FS-4BPY), which has potential applications in optoelectronic devices.- Determined the thermodynamic stability and solubility of the two cocrystal forms of FS-4BPY in isopropanol.- Investigated the transformation process between the two cocrystal forms by spectroscopic characterizations.-Synthesis of Battery Grade Crystalline Ferric Phosphate as a Li-ion Battery Cathode Precursor.-Studied the influence of crystallization conditions, impurity ions, and additives on the structure, morphology, surface characteristics, and density.-Determined the optimal preparation conditions and prepared ferric phosphate nanocrystals of uniform size and good dispersit.

-Collaborate with Tsinghua University to combine solar energy and geothermal energy with a CO2 refrigeration system.-Research work focuses on multiphase flow and heat transfer, enhanced heat transfer and energy saving, oil and gas water multiphase flow, etc. -Research and analysis of related experiments and theoretical models.-Create and design the final mechanical model independently which was delivered to business.