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Click here or scroll down to respond to this candidate Feng He
Street Address B Kings Ct
E-mail: EMAIL AVAILABLE
Raleigh, NC Street Address
Phone: PHONE NUMBER AVAILABLE
EDUCATION
Ph.D in Chemical Engineering North Carolina State University 07/2015
Advisor: Dr. Fanxing Li
(Fossil Fuel)
M.S. in Chemical Engineering North Carolina State University 07/2011
(Polymer) Advisor: Dr. Pasquinelli & Dr. Genzer
B.S. in Chemical Engineering Tianjin University 07/2006
SPECIALTIES
Process Synthesis and Optimization; Process Simulation (ASPEN); Process Hazard Analysis;
Reactor Engineering; Methane/Natural Gas Reforming; H2 Production; Coal Gasification;
Catalysis Synthesis and Evaluation; Fiber Spinning and Polymer Extrusion
RESEARCH EXPERIENCE
Novel iron-based catalytic particle for hydrogen generation 2013-2014
Developed the perovskite promoted iron oxide with more than two times enhancement in the steam
to hydrogen conversion for hydrogen generation
Designed a new reactor to further promote the steam to hydrogen conversion by 10%
Natural gas/methane to liquid fuel and hydrogen coproduction 2012-2014
Demonstrated the feasibility of a process scheme to convert methane and solar energy into liquid
fuel and/or hydrogen by the experiments and process simulations (ASPEN)
Developed new catalytic particles with 10 20 times higher activity for methane/natural gas
conversion
Designed multiple processes to convert carbonaceous fuels and solar energy into liquid fuel,
methanol, hydrogen etc. with high efficiency and low CO2 emission
Particulate emissions from the chemical looping process for in-situ CO 2 capture 2012-2014
Designed and built the experimental system to characterize the particulates (PM2.5) emission from
the chemical looping combustion process using natural gas, coal, biomass
Coal-direct chemical looping gasification for hydrogen production 2011-2012
Evaluated and optimized (ASPEN) a novel process scheme for hydrogen production from coal
gasification with in situ CO2 capture
Developed new bimetallic metal oxide to promote gasification reactivity and process efficiency
Interfacial microstructure and properties of bicomponent polymer fibers 2008-2011
Produced bicomponent fiber with pair of PP, PE, PET and PA6 by melt spinning
Conducted the interfacial behavior impacts on crystallinity and mechanical properties of fibers
Computer simulated the interdiffusion between two polymers in the molten state
Diffusion of supercritical carbon dioxide in polymers 2007-2008
Measured the solubility and diffusion coefficient of ScCO2 in PS, PMMA, PP
Developed method to investigate polymer induced crystallization and swelling in ScCO 2
Determined polymer foaming temperature, pressure, depressurization rate and structure
PUBLICATIONS
He F, Trainham J, Parsons G, Newman J, Li F. A hybrid solar-redox scheme for liquid fuel
and hydrogen coproduction. Energy Environ. Sci., 2014, 7:2033-2042. (IF=15.49)
He F, Li F. Hydrogen production from methane and solar energy Process evaluations and
comparison studies. Int J Hydrog Energy, 2014, 39, PHONE NUMBER AVAILABLE
He F, Galinsky N, Li F. Chemical looping gasification of solid fuels using bimetallic oxygen
carrier particles Feasibility assessment and process simulations. Int J Hydrog Energy 2013,
38:7839 7854.
Chen Y, He F, Daga S, Li F. Redox conversion of methane with Fe 2O3-CaTixM1 xO3 composite
oxides for hydrogen and liquid fuel co-production. J Chem Ind Eng, 2014, 65:2742 2750.
Pressley PN, Aziz TN, DeCarolis JF, Barlaz MA, He F, Li F, et al. Municipal solid waste
conversion to transportation fuels: a life-cycle estimation of global warming potential and
energy consumption. J Clean Prod 2014, 70:145 153.
Zeng L, He F, Li F, Fan L-S. Coal-Direct Chemical looping gasification for hydrogen
production: reactor modeling and process simulation. Energy Fuels 2012, 26:3680 3690.
Liu X, He F, Salas C, Pasquinelli MA, Genzer J, Rojas OJ. Experimental and computational
study of the effect of alcohols on the solution and adsorption properties of a nonionic
symmetric triblock copolymer. J Phys Chem B 2012, 116:1289 1298.
PATENT APPLICATION
Li F, Trainham J, He F, Greg Parsons, and John Newman. Hybrid Redox Systems and
Methods and Oxygen Carriers for Use Therein For Fuel Production . US 61/973,670, 2014.
CONFERENCE PRESENTATIONS
He F, Li F. Experimental and simulation studies of a hybrid solar-redox scheme for liquid fuel and
hydrogen coproduction. 2014 AICHE, Atlanta, GA.
He F, Li F. Effect of oxygen carrier on particulate emissions from chemical looping combustion.
2013 AICHE, San Francisco, CA.
He F, Galinsky N, Huang Y, Li F. Oxygen uncoupling enhanced iron oxides for solid fuel
gasification oxygen carrier development, reactive testing, and process analyses. 2012
AICHE, Pittsburgh, PA.
He F, Cao G, Li L, Liu T, Zhao L. Simultaneous measurement of carbon dioxide-induced swelling
and gas sorption in poly(methyl methacrylate) and polystyrene. 11th European Meeting on
Supercritical Fluids, Barcelona (Spain) May 2008.
SKILLS
Experimental system design and implement
Process design and optimization
Process economic analysis
Process simulation tools: ASPEN Plus, MATLAB, HSC, Fortran, C
Reaction engineering: gas-gas and gas-solid operation in the fixed and fluidized bed
Catalytic particle synthesis
Catalyst characterization: SEM, EDS, DSC, TGA, GC, TPR, FTIR, XRD, XRF
Molecular simulation tool: Material Studio, LAMPPS
LEADERSHIP
Mentored six undergraduate students 2011-2014
Gave the training and advised the student to complete the undergraduate research course in one or
more semesters
Lectured in the course CHE 596-024 2014
Gave a series of lectures on the topic of Process Simulation on Carbonaceous Energy Conversion
& Carbon Dioxide Capture
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