Faculty profile
Jan Haelssig
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Research
Latest funding
- $661,718
New Technologies and Synthetic Methods for Continuous Fine-Chemical Manufacturing
NSERC · 2023 · Co-investigator
- $136,000
Fluid Dynamics Model of a LC-Fining Heavy Oil Hydroprocessor
NSERC · 2023 · Co-investigator
- $328,000
Development of an ultra-high temperature electro-thermal fluidized bed for graphite purification
NSERC · 2023 · Principal investigator
New Technologies and Synthetic Methods for Continuous Fine-Chemical Manufacturing
Principal investigators: Organ, Michael MG
Keywords: analytical chemistry; catalysis; chromatography; flow chemistry; pharmaceutical manufacturing; reactor design; reactor modeling; synthetic chemistry
Fluid Dynamics Model of a LC-Fining Heavy Oil Hydroprocessor
Principal investigators: Macchi, Arturo A
Keywords: bitumen; computational fluid dynamics; feed properties; fluidization; hydroprocessing; lc-fining unit; multiphase flow; phase holdups; reactor model
Development of an ultra-high temperature electro-thermal fluidized bed for graphite purification
Principal investigators: Haelssig, Jan JB
Keywords: Computational fluid dynamics; Discrete element modelling; Electrical conductivity; Electrode and reactor geometry; Electro-thermal purification; Fluid dynamics and heat transfer; Gas fluidization; Graphite particles; Reaction kinetics; Reactor modelling
Testing of household and commercial appliances for operation on Hydrogen-Natural Gas (NG) blends as part of a pilot project to convert 3000 customers to de-carbonized NG
Principal investigators: Pegg, Michael MJ
Keywords: de-carbonization of natural gas; flame stability; fuel switching; gas-burning commercial appliances; gas-burning domestic appliances; hydrogen-enriched natural gas; hydrogen-natural gas blends; turndown; wobbe index
Multiscale Simulation of Local Mass Transfer in Gas-Liquid Flows - Expanding the Toolbox for Advanced Process Equipment Design
Principal investigators: Haelssig, Jan
Keywords: multiphase computational fluid dynamics; interphase heat and mass transfer; gas/vapour-liquid flow; carbon dioxide methanation; carbon dioxide utilization; hydrogen economy; slurry bubble column reactors; direct numerical simulation; coupled transport processes; phase change processes
From CIHR, NSERC and SSHRC funding decisions: CIHR since 2008, NSERC since 1991 and SSHRC since 1998, including their latest published competition results.
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