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0 ResultsWhat is the project goal? To validate the fluid dynamics and thermal management systems of the GSFG-Omni, a decentralized, ambient-pressure (1.0 atm) cyber-physical carbon refinery. Which simulation type are you going to use? Incompressible Computational Fluid Dynamics (CFD) and Conjugate Heat Transfer (CHT) / Thermal Analysis. Describe your project in more detail: The GSFG-Omni is a micro-scale benchtop demonstrator designed to capture atmospheric CO2 and synthesize liquid hydrocarbons. Because this is a compact cyber-physical reactor, this simulation will analyze two critical physical boundaries: Flow Dynamics: Calculating the air velocity vectors and pressure drop of ambient air forced by 24V DC fans through a highly porous MOF-808 Direct Air Capture (DAC) filter matrix. Thermal Management: Mapping the thermal radiation gradients emanating from the secondary ZSM-5 Zeolite catalytic upgrading core (operating continuously at 385°C). The objective is to design adequate insulation and cooling loops to ensure the adjacent industrial control electronics (Siemens S7-1200 PLC and NVIDIA Jetson) remain well below their thermal failure thresholds.
ohourani created this project
5 months ago
0 Geometries 0 Meshes 0 Simulation setups 0 ResultsWhat is the project goal? To validate the fluid dynamics and thermal management systems of the GSFG-Omni, a decentralized, ambient-pressure (1.0 atm) cyber-physical carbon refinery. Which simulation type are you going to use? Incompressible Computational Fluid Dynamics (CFD) and Conjugate Heat Transfer (CHT) / Thermal Analysis. Describe your project in more detail: The GSFG-Omni is a micro-scale benchtop demonstrator designed to capture atmospheric CO2 and synthesize liquid hydrocarbons. Because this is a compact cyber-physical reactor, this simulation will analyze two critical physical boundaries: Flow Dynamics: Calculating the air velocity vectors and pressure drop of ambient air forced by 24V DC fans through a highly porous MOF-808 Direct Air Capture (DAC) filter matrix. Thermal Management: Mapping the thermal radiation gradients emanating from the secondary ZSM-5 Zeolite catalytic upgrading core (operating continuously at 385°C). The objective is to design adequate insulation and cooling loops to ensure the adjacent industrial control electronics (Siemens S7-1200 PLC and NVIDIA Jetson) remain well below their thermal failure thresholds.
