Prof. Kangil Chris Choe
Introduction
Prof. Kangil Choe is a Research Professor of Mechanical Engineering Dept. of Hanyang University Erica Campus.
He has been leading 13 Korean Government supported R&D projects in the area of Green Waste to Energy & Resources since he moved from Canada in 2015.
Previously he served <The Association of Korean-Canadian Scientists and Engineers> as president and became the founding organizer of the annual Canada-Korea Conference. He serves <Energies>, international journal in Energy sector, as a topic editor.
He has 36 years of R&D and business experience at various institutions such as university, research center and venture company.
Thanks to the strong community activities and leadership he has received Korean President Awards twice and Industry & Energy Ministry Award.
He graduated from Mechanical Engineering of Columbia University in 1994 for his Ph.D. & M.S. after his M.S. in Aerospace Engineering from NYU-Polytech University. He marrried with Jengnam 1984 and has four daughters, Hannah, Sarah, Esther, and Christine.
Google Scholar:
He has been leading 13 Korean Government supported R&D projects in the area of Green Waste to Energy & Resources since he moved from Canada in 2015.
Previously he served <The Association of Korean-Canadian Scientists and Engineers> as president and became the founding organizer of the annual Canada-Korea Conference. He serves <Energies>, international journal in Energy sector, as a topic editor.
He has 36 years of R&D and business experience at various institutions such as university, research center and venture company.
Thanks to the strong community activities and leadership he has received Korean President Awards twice and Industry & Energy Ministry Award.
He graduated from Mechanical Engineering of Columbia University in 1994 for his Ph.D. & M.S. after his M.S. in Aerospace Engineering from NYU-Polytech University. He marrried with Jengnam 1984 and has four daughters, Hannah, Sarah, Esther, and Christine.
Google Scholar:
https://scholar.google.com/citations?hl=en&authuser=1&user=xRGNnoUAAAAJ
Recent Papers Published
(MDPI/Processes) Analysis of Hydrothermal Solid Fuel Characteristics Using Waste Wood and Verification of Scalability through a Pilot Plant. Processes 2022, 10, 2315
(MDPI/Energies) Review of Wood Biomass Cyclone Burner, Kangil Choe, Energies, August 2021, 14(16), 4807; Special Issue Integrated Waste Management, https://doi.org/10.3390/en14164807
(MDPI/Processes) Experimental Study on Hydrothermal Polymerization Catalytic Process Effect of Various Biomass through a Pilot Plant, Alexis F. Mackintosh; Hyun Chol Jung; In-Kook Kang; Seongyeun Yoo; Sanggyu Kim; Kangil Choe, April 2021, Volume 9(5), 758, https://doi.org/10.3390/pr9050758
(ASME/Journal of Thermal Science and Engineering Applications) Experimental Study on Non-PulverizedWood Biomass Combustion with a New Three-Way Swirling Combustion Cyclone Combustor, Kangil Choe; Yangho Lee; Soongul Lee; Michael Weedon, Jun 2020, Volume12
(MDPI/Processes) Hydrothermal Polymerization Catalytic Process Effect of Various Organic Wastes on Reaction Time, Yield, and Temperature, Alexis F. Mackintosh; Taesung Shin; Hyunik Yang; Kangil Choe, March 2020, Volume 8(3), 303, https://doi.org/10.3390/pr8030303
(ASME/Journal of Thermal Science and Engineering Applications) Introduction of A New Three-Way Swirling Combustion (TSC) Technology with Air Curtain Insulation Effect for Solid Waste, Kangil Choe; Jaeou Chae; Woon Yong Cheah; Sangkwon Na, August 2018, Volume10
(MDPI/Energies) Review of Wood Biomass Cyclone Burner, Kangil Choe, Energies, August 2021, 14(16), 4807; Special Issue Integrated Waste Management, https://doi.org/10.3390/en14164807
(MDPI/Processes) Experimental Study on Hydrothermal Polymerization Catalytic Process Effect of Various Biomass through a Pilot Plant, Alexis F. Mackintosh; Hyun Chol Jung; In-Kook Kang; Seongyeun Yoo; Sanggyu Kim; Kangil Choe, April 2021, Volume 9(5), 758, https://doi.org/10.3390/pr9050758
(ASME/Journal of Thermal Science and Engineering Applications) Experimental Study on Non-PulverizedWood Biomass Combustion with a New Three-Way Swirling Combustion Cyclone Combustor, Kangil Choe; Yangho Lee; Soongul Lee; Michael Weedon, Jun 2020, Volume12
(MDPI/Processes) Hydrothermal Polymerization Catalytic Process Effect of Various Organic Wastes on Reaction Time, Yield, and Temperature, Alexis F. Mackintosh; Taesung Shin; Hyunik Yang; Kangil Choe, March 2020, Volume 8(3), 303, https://doi.org/10.3390/pr8030303
(ASME/Journal of Thermal Science and Engineering Applications) Introduction of A New Three-Way Swirling Combustion (TSC) Technology with Air Curtain Insulation Effect for Solid Waste, Kangil Choe; Jaeou Chae; Woon Yong Cheah; Sangkwon Na, August 2018, Volume10
R&D Projects
(Ministry of Trade, Industry and Energy) Development of Integrated System for Biofuel Production from Tapioca Starch Wastes by Anaerobic Digestion and Hybrid Hydrothermal Carbonization, Nov. 2022 ~ Oct. 2025
(Ministry of SMEs and Startups) Development of Hydrothermal Activation Technology for biochar from Livestock Manure, Apr. 2022 ~ Mar. 2025
(Ministry of SMEs and Startups) Polution Free & Energy Self-sufficient Piloit Plant (20T/d) Establishment for Livstock Manure, Apr. 2022 ~ Mar. 2025
(Ministry of SMEs and Startups) Predictive Maintenance Data Solution Development for Livestock Manure Plant, Aug. 2022 ~ Jan. 2024
(Ministry of Environment) Development of a Throughput Combustor for Mixed Organic Waste Leftover, Aug 2018~Mar 2021
(Ministry of Trade, Industry and Energy) Development of a 20T/day Throughput Pilot Plant of Pollution Free Dryer for Canadian Mushroom Manure Substrate, Jun 2016~Feb 2021
(Ministry of Trade, Industry and Energy) Development of hydrothermal polymerized hybrid bio-coal(3,500 kcal/kg) production technology using waste wood and dyeing wastewater sludge, Dec 2017~Jun 2018
(Ministry of Environment) Development of High Efficiency, High Temperature, Air Insulated Boiler for Deodorization, May 2016 ~ Dec 2017
(Korea Energy Agency) Feasibility Study for Green Waste Treatment and Electric Power Generation (6MWh) Project of Metro Vancouver City in Canada, Sep 2019 - Dec 2020
(Ministry of SMEs and Startups) Development of Eco-friendly Biofuel Using Hybrid Hydrothermal Carbonization for Livestock Manure and Sludge, Nov 2019 - Nov 2021
(Ministry of SMEs and Startups) Oranic Waste to Energy and Fuel Development through Combined Swirling Combustor and Hybrid Hydrothermal Carbonization Technology Nov 2019 - Nov 2021
Patents
(10-2021-0038557) A Water Spraying Device for Low NOx Combined Swirling Combustor
(10-2233712) A multi-staged combined swirling combustion Device
(10-2126214) Combined Swirling Combustor for incinerating incombustible waste
(10-2007284) A Hybrid Bio-coal Manufacturing Technology by Hydrothermal Carbonization
(10-2020-0118860) Solid fuel manufacturing method and solid fuel with reduced odor by using hydrothermal carbonation reaction using acid catalyst
(10-2021-0028420) Hydrothermal Gasify Fluidized Bed Reactor for Hydrogen and Methane Gas Generation
(10-2020-0180457) Solid fuel manufacturing method and solid fuel that reduce odor using hydrothermal carbonation reaction
(10-2021-0016042) Hydrogen production method and apparatus using compressed natural gas engine
(10-2021-0052276) Method for producing solid fuel that reduces odor by using hydrothermal carbonization of organic or inorganic waste, and solid fuel produced by the method
(10-2020-0180459) Method for manufacturing high-calorie sludge fuel coal with reduced odor using hybrid hydrothermal carbonization of sewage sludge and sludge fuel coal manufactured by the method
(10-2021-0028417) A method for manufacturing eco-friendly bio-solid fuel using livestock manure
(10-2021-0028418) A method for manufacturing eco-friendly bio-solid fuel using dyed sludge
(10-2021-0028419) A method for manufacturing eco-friendly bio solid fuel using hydrothermal carbonation reaction and catalyst technology
(10-2021-0083015) Method for manufacturing high-calorie sludge fuel coal with reduced odor using hybrid hydrothermal carbonization of sewage sludge and sludge fuel coal manufactured by the method
(10-2021-0160918) Waste Water Treatment System and Operation Method for High Concentrated Waste Water from Hydrothermal Carbonization of the Livestock Manure
(10-2399818) High Concentration Hydrogen-Methane Gas Generation Reactor System by Hydrothermal Gasification (HTG) and Electromethanogenesis Cell (EMC) Technology
(10-2233712) A multi-staged combined swirling combustion Device
(10-2126214) Combined Swirling Combustor for incinerating incombustible waste
(10-2007284) A Hybrid Bio-coal Manufacturing Technology by Hydrothermal Carbonization
(10-2020-0118860) Solid fuel manufacturing method and solid fuel with reduced odor by using hydrothermal carbonation reaction using acid catalyst
(10-2021-0028420) Hydrothermal Gasify Fluidized Bed Reactor for Hydrogen and Methane Gas Generation
(10-2020-0180457) Solid fuel manufacturing method and solid fuel that reduce odor using hydrothermal carbonation reaction
(10-2021-0016042) Hydrogen production method and apparatus using compressed natural gas engine
(10-2021-0052276) Method for producing solid fuel that reduces odor by using hydrothermal carbonization of organic or inorganic waste, and solid fuel produced by the method
(10-2020-0180459) Method for manufacturing high-calorie sludge fuel coal with reduced odor using hybrid hydrothermal carbonization of sewage sludge and sludge fuel coal manufactured by the method
(10-2021-0028417) A method for manufacturing eco-friendly bio-solid fuel using livestock manure
(10-2021-0028418) A method for manufacturing eco-friendly bio-solid fuel using dyed sludge
(10-2021-0028419) A method for manufacturing eco-friendly bio solid fuel using hydrothermal carbonation reaction and catalyst technology
(10-2021-0083015) Method for manufacturing high-calorie sludge fuel coal with reduced odor using hybrid hydrothermal carbonization of sewage sludge and sludge fuel coal manufactured by the method
(10-2021-0160918) Waste Water Treatment System and Operation Method for High Concentrated Waste Water from Hydrothermal Carbonization of the Livestock Manure
(10-2399818) High Concentration Hydrogen-Methane Gas Generation Reactor System by Hydrothermal Gasification (HTG) and Electromethanogenesis Cell (EMC) Technology