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Gas Plant Allocation System

 


Products »GPAS


Gas Plant Allocation System (GPAS)
Our Gas Plant Allocation System is a high return gas plant allocation accounting solution that is designed to handle even the most complex gas allocation business processes. GPAS has also been designed to meet complex dual connections (NGTL/Alliance) and plant requirements. Our GPAS software is designed to handle gas plant allocations for multiple joint interest wells through multiple gathering systems to gas plant(s) to multiple pipelines and multiple gas and liquids product streams.

GPAS Benefits
Robust solution that replaces use of spreadsheets
Analyzes what gas is for sale (by WIO)
Reduces variances between daily & monthly alloca tions
Allocations to WIO
Can be used in the field and Head Office
Designed for both simple and complex plants
Optimizes Nova/Alliance/Atco allocations
Very user friendly
Manages contract information
Handles Storage

GPAS Features
Production information
- well identifier for an unlimited number of wells
- company interests
- flexible period production volume (daily, weekly, monthly)
- gas analysis by well
Plant information
- handles various gas sales streams and multi ple liquids product streams, fuel use, and losses
Sales stream information
- product composition
- volume, energy
- allocation to company ownership
- contract information
- nomination information
Reporting
- Generates Nova/Alliance & Atco CSO reports
- Handles AEUB reporting
Downloads
- Ability to download production information (Well locations, WIO's, Volumes), gas analysis, disposition locations and volumes from Fieldview or similar programs.


Return on Investment
Significant savings can be realized due to the accuracy of information generated through the use of GPAS. GPAS does gas plant allocations based on well analysis as opposed to a co-mingled stream at the plant.
The use of GPAS may offer significant savings through the time it would save for gas plant allocations. A reduction of up to 50% in hours required for gas plant allocations could be realized from the current commonly used process for gas plant allocations.
The commonly used process for gas plant allocations is open to errors. The use of GPAS eliminates the possibility of those errors occurring and the time associated with correcting those errors.
Information can be imported into GPAS from a field data capture system, such as Schlumberger FieldView. Also information generated through the use of GPAS can be exported to production accounting, eliminating the need to re-enter information and time associated with re-entering information.

 


 

 
 
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