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Show High Performance Computing (hpc) in Unconventional Fuel Production Philip Smith, Michal Hradisky, Jeremy Thornock, Yuxin Wu, Sean Smith Thursday, June 13, 13 High Performance Computing (hpc) in Unconventional Fuel Production Philip Smith, Michal Hradisky, Jeremy Thornock, Yuxin Wu, Sean Smith Thursday, June 13, 13 Thursday, June 13, 13 Application 1: Thursday, June 13, 13 CO2 capture from pulverized-coal power generation using oxy-combustion Application 1: Thursday, June 13, 13 CO2 capture from pulverized-coal power generation using oxy-combustion Application 1: Thursday, June 13, 13 CO2 capture from pulverized-coal power generation using oxy-combustion Application 1: LES of BSF @ 2cm resolution Thursday, June 13, 13 CO2 capture from pulverized-coal power generation using oxy-combustion Application 1: Thursday, June 13, 13 CO2 capture from pulverized-coal power generation using oxy-combustion Application 1: Thursday, June 13, 13 PO2(primary) = 0% PO2(primary) = 21% the experiments Thursday, June 13, 13 the validation/UQ High Gas Temp 0 0.05 0.1 0.15 0.2 0.25 0.3 0.35 0.4 Ignition Standoff Distance Partial Pressure Primary O2 5 (cm) 10 15 20 25 30 35 40 0 5 10 15 20 Thursday, June 13, 13 the validation/UQ High Gas Temp 0 0.05 0.1 0.15 0.2 0.25 0.3 0.35 0.4 Ignition Standoff Distance Partial Pressure Primary O2 5 (cm) 10 15 20 25 30 35 40 0 5 10 15 20 Thursday, June 13, 13 Application 2: combustion efficiency from flares - shale oil production in the Bakken - LNG production at Gorgon Thursday, June 13, 13 Application 2: combustion efficiency from flares - shale oil production in the Bakken - LNG production at Gorgon Thursday, June 13, 13 Reacting LES turbulent mixing Sandia CH4 Plume Combustion Efficiency AFIT (SSI) low/no wind flares Radiation Models participating media Kinetics & Thermophysical Fuel Properties chemical kinetics, transport properties, thermodynamic properties, and surrogate fuel formulation Intended Use of Simulation Pilot Scale Component Scale Molecular Scale Plume Shape U of Alberta wind tunnel Combustion Efficiency CANMET (Gogelek) wind tunnel flares Non-Reacting LES (buoyancy-driven turbulent mixing) Sandia He Plume Overarching Problem combustion efficiency & shape from industrial flares the V/UQ hierarchy Thursday, June 13, 13 Reacting LES turbulent mixing Sandia CH4 Plume Combustion Efficiency AFIT (SSI) low/no wind flares Radiation Models participating media Kinetics & Thermophysical Fuel Properties chemical kinetics, transport properties, thermodynamic properties, and surrogate fuel formulation Intended Use of Simulation Pilot Scale Component Scale Molecular Scale Plume Shape U of Alberta wind tunnel Combustion Efficiency CANMET (Gogelek) wind tunnel flares Non-Reacting LES (buoyancy-driven turbulent mixing) Sandia He Plume Overarching Problem combustion efficiency & shape from industrial flares the V/UQ hierarchy Thursday, June 13, 13 Thursday, June 13, 13 simulations consistent with plume & flare data and produce combustion efficiency +/- 0.3% Thursday, June 13, 13 Application 3: oil shale production Thursday, June 13, 13 Application 3: oil shale production Thursday, June 13, 13 the complexity Thursday, June 13, 13 the complexity Thursday, June 13, 13 the complexity Thursday, June 13, 13 the scale Thursday, June 13, 13 the scale Thursday, June 13, 13 the scale Thursday, June 13, 13 Hydrological monitoring well (L3) and staff trailers Hydrological monitoring wells (BG, L3, Wasatch) Hydrological monitoring well (L3) the scale Thursday, June 13, 13 the scale Thursday, June 13, 13 Heater wellhead and oil and gas processing facilities Production wellhead and geophysical monitoring wells the scale Thursday, June 13, 13 Thursday, June 13, 13 Heater Well Trajectory Production Well Thursday, June 13, 13 Heater Well Trajectory Pipes for produced and recycled fluids Production Well Thursday, June 13, 13 Thursday, June 13, 13 the hpc: 160 days ~ 3 days on 480 processors Thursday, June 13, 13 Thursday, June 13, 13 the hpc: 160 days ~ 3 days on 480 processors Thursday, June 13, 13 the hpc: 160 days ~ 3 days on 480 processors Thursday, June 13, 13 the results Thursday, June 13, 13 the V/UQ Thursday, June 13, 13 accelerating deployment of clean & secure energy alternatives through prediction watercolors by Adam Pistola, Institute for Clean and Secure Energy Thursday, June 13, 13 accelerating deployment of clean & secure energy alternatives through prediction this material is based upon work supported by the Department of Energy under awards numbered DE-NT0005015 & DE-FE0001243 the authors are grateful for the support watercolors by Adam Pistola, Institute for Clean and Secure Energy Thursday, June 13, 13 Economist, March 30, 2013 Thursday, June 13, 13 |
