M.Sc. Wei Fu

M.Sc. Wei Fu

M.Sc. Wei Fu


Department Technologies for Solid Fuels Gasification

Room 1-210

Phone +49 (0) 3731 39 4413
Wei [dot] Fuatiec [dot] tu-freiberg [dot] de



Background
Field of activity
Lecture
Patent and Invention
Publications

Background

Since 09/2018
Research associate at IEC, TU Bergakademie Freiberg, Group: Technologies for Solid Fuels Gasification


01/2015 - 07/2018
CHOREN Industrietechnik GmbH, Dresden, Position: Project manager, Main focus: Mechanical engineering and design optimization of the coal gasification equipment


03/2012 - 12/2014
Siemens Fuel Gasification Technology GmbH & Co. KG, Freiberg, Position: Mechanical engineer, Main focus: Design of the pressure equipment within the coal gasification Island, burner development and design


10/2007 - 10/2011
Master’s degree in Mechanical Engineering at University Paderborn, Specialization: Product Development; Master’s thesis: Numerical simulation of fluid dynamics and heat transfer in a novel multi-chamber tube bundle heat exchanger; Scientific research project: Theoretical design of the agitators for dispersing and mixing of sewage sludge on the basis of rheological investigations


09/2004 - 09/2007
Bachelor’s degree in Mechanical Engineering at University Paderborn, Specialization: Energy and Process Engineering; Bachelor‘s thesis: Corrosion protection of metals with polymer coating


10/2001 - 08/2004
Bachelor’s degree in Process Engineering at Qingdao Univeristy of Science and Technology, China, Specialization: Chemical Process Engineering

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Field of activity

  • Development and optimization of gasification and synthesis processes
  • Development of plant technology and equipment as well as design optimization of equipment by means of numerical simulations (FEM & CFD) & additive manufacturing on the basis of selective laser melting technol-ogy
  • Execution of process engineering and basic engineering 
  • Creation of complete design documents for mechanical engineering services
  • Planning and design as well as coordination during the realization of technical facilities and pilot plants
  • Supervision of test- and demonstration-plants with focus on commissioning, optimization and scientific evalu-ation
  • Preparation and management of interdisciplinary projects in the field of synthesis and high-temperature pro-cess technology for technical facilities and pilot plants 
  • Support in international project acquisition and further development of international projects
  • Responsibility for the 3D-Printing Facilities (electron beam melting process) at the center for efficient high temperature processes and materials conversion

Lecture

  • Plant Design

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Patent and Invention

„Compact Burner for the Entrained Flow Gasifier with Liquid Cooling”, Official File No.: WO2016037846A1 & CN107076410A

„Monolithic Burner Nozzle with Medium-Cooled Channel and Particular Supply of Process Media”, Official File No.: DE102015204594A1

„Process for design of fluid-flow-throughparts“, Official File No.: CN106339522A

„Burner-tip and pilot burner“, Official File No.: DE202017107794U1 & CN209165404U

„Burner for an entrained flow gasifier“, Official File No.: DE202017107808U1 & CN209412158U

„Pressure-resistant burner-tip“, Official File No.: DE202017107810U1

„Device for feeding of fluidized bulk materials“, Official File No.: DE202018004503U1


Publications

Fu, W., 2021. Solution-oriented application of additive manufacturing for high-temperature components. Ma-terials Insights 20 | 21, Fraunhofer Institute for Microstructure of Materials and Systems IMWS, Halle, Germany, Oct. 19, 2021

Baitalow, F., Fu, W., Mehlhose, F., Reinmöller, M., Meyer, B., Gräbner, M., Schulze, O., Merget, R., 2021. Concept development for plasma-assisted chemical recycling of problematic wastes. Chemical Recycling - Beyond Thermal Use of Plastic and other Waste. DGMK Conference, Dresden, Germany, Oct. 6-8, 2021

Fu, W., Meyer, B., Mehlhose, F., Reinmöller, M., Schulze, O., Herrmann, A., Merget, R., 2021. Lösungsorien-tierte Anwendung der additiven Fertigung für druckbeanspruchte Hochtemperaturkomponenten. 53. Kraft-werkstechnisches Kolloquium, Dresden, Germany, Oct. 5-6, 2021.

Mamani Soliz, P., Fu, W., de la Garza, E., Seidl, L., Rathsack, P., Baitalow, F., 2019. Vorhaben e-KeroSyn: Neue Kerosinsynthese-Technologie auf Basis von CO2 und e-H2. Link to Article.

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