PTO (PIPESIM to OFM) OFM Plugin
PTO (PIPESIM to OFM) OFM Plugin
A toolkit that streamlines data flow through the whole workflow of updating, running and analyzing results of network models built in PIPESIM, utilizing full capabilities of OFM, in addition to other innovative tools, which helps to quickly spot bottlenecks, and then track it to the root cause.
A toolkit that streamlines data flow through the whole workflow of updating, running and analyzing results of network models built in PIPESIM, utilizing full capabilities of OFM, in addition to other innovative tools, which helps to quickly spot bottlenecks, and then track it to the root cause.
Two OFM Plugins, to update PIPESIM Models and analyze output from Model
Two OFM Plugins, to update PIPESIM Models and analyze output from Model
streamlined and iterable Workflow from data sources to PIPESIM models through OFM and back to OFM for analysis
streamlined and iterable Workflow from data sources to PIPESIM models through OFM and back to OFM for analysis
PIPESIM Model Skeleton, has more than 230 wells
PIPESIM Model Skeleton, has more than 230 wells
Mapping OFM variables to PIPESIM parameters to be updated
Mapping OFM variables to PIPESIM parameters to be updated
Variables QC befre being updated to the PIPESIM model
Variables QC befre being updated to the PIPESIM model
Checking variables trends
Checking variables trends
Checking update status to the model, whether has been properly updated or any errors happened
Checking update status to the model, whether has been properly updated or any errors happened
Extract all results from the model, and compile it into a database for an OFM project to analyze model results in correspondence to measured tests.
Extract all results from the model, and compile it into a database for an OFM project to analyze model results in correspondence to measured tests.
PIPESIM Model skeleton on the OFM base map
PIPESIM Model skeleton on the OFM base map
Histogram showing distribution of the selected model result variable, with adjustable 3 ranges according to the traffic map colors green, yellow and red
Histogram showing distribution of the selected model result variable, with adjustable 3 ranges according to the traffic map colors green, yellow and red
Traffic map helps to quickly spot bottlenecks
Traffic map helps to quickly spot bottlenecks
Model Navigator, helps to further check source of flow going through a branch, and destinations to which this flow can go, and to see profiles for model results (e.g pressure, temperature profiles) directly in OFM
Model Navigator, helps to further check source of flow going through a branch, and destinations to which this flow can go, and to see profiles for model results (e.g pressure, temperature profiles) directly in OFM
