Using Azure for the basic building blocks, let’s demonstrate a Reservoir Simulation pipeline.
Open Porous Media (OPM) is being used for our tool and dataset. OPM is an open source project for the development of applications aimed at the modeling and simulation of porous media processes. Two popular applications to come out of this project are Flow and ResInsight.
Read more in the “Reservoir Simulation on Azure” (https://techcommunity.microsoft.com/t5/azure-compute/reservoir-simulation-on-azure-hpc-for-oil-amp-gas/ba-p/791986) article published in MS Tech Community.
This demo was largely constructed using the AzureHPC Github Tutorial here: https://github.com/Azure/azurehpc/tree/master/tutorials/oil_and_gas_opm
URL: https://cycleserverd42c4f.southcentralus.cloudapp.azure.com
Username: hpcadmin
Password: HPCOptim@l20
Region: South Central US
Master VM Type: Standard_D12v2
Execute Type: Standard_H16 (uncheck F2s_v2)
Subnet ID: hpcvnet-compute
BaseOS: OpenLogic:CentOS-HPC:7.6:latest
Custom image: check
Master/Execute Cluster-Init: Browse button -> Demo -> 1.0.0 -> default
Public Head Node: Check ‘Access master node from the Internet’
Clusters -> choose your newly-created cluster -> click ‘Start’
Click ‘master’. In Details pane, choose ‘Connect’ to see ssh/IP address of master node. Copy/Paste to terminal to log in.
User: hpcadmin
Password: HPCOptim@l20
Run: qsub -l select=2:ncpus=16:mpiprocs=16,place=scatter:excl $HOME/apps/opm/flow_norne.sh
Run 'qstat –f' to check status
RDP to NV Windows VM:
Address: viznodehpcoptimal.southcentralus.cloudapp.azure.com
Username: hpcadmin
Password: Tiered20202020
Launch ResInsight and view output: Launch ResInsight from the Y: drive
Y:\resinsight\ResInsight-2019.04.0_oct-4.0.0_souring_win64\ResInsight
From ResInsight, click import eclipse case. The result file is located on the Z: drive
Z:\opm-data\norne\out_parallel\NORNE_ATW2013.EGRID