Reservoir & Gathering System Field Development Study
An E&P company required support with their field development planning in the Montney. As a very low-permeability reservoir, the Montney has regions of liquid-rich gas production. The produced gas ultimately flows into a gathering network with both high- and low-pressure systems. The client required an integrated reservoir and network simulation model to design a best-fit future facilities plan for the field.
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Project Highlights
- Liquid-rich Montney reservoir required future facilities plan
- Complex surface network with multiple gas delivery points
- Model calibrated to match performance data and type curves
- Model successfully used to make future facilities decisions
Challenges:
An exploration and production (E&P) company required support with their field development planning in the Montney
Typically developed using multi-stage fracture horizontal wells with multiple wells per pad, the Montney is a very low-permeability reservoir with regions of liquid-rich gas production
The gas produced ultimately flows into a gathering network with both high- and low-pressure systems
The client required an integrated reservoir and network simulation model to design a best-fit future facilities plan for the field
Typically developed using multi-stage fracture horizontal wells with multiple wells per pad, the Montney is a very low-permeability reservoir with regions of liquid-rich gas production
The gas produced ultimately flows into a gathering network with both high- and low-pressure systems
The client required an integrated reservoir and network simulation model to design a best-fit future facilities plan for the field
Solutions:
Sproule ERCE experts developed a tight gas modelling workflow by building an integrated reservoir and gathering system simulation model, and then using the model to forecast and optimize numerous future development scenarios
This workflow provided the client with a tool for developing a future facilities plan that would maximize production at an optimal cost
An in-depth explanation of the workflow is available in the Sproule ERCE SPE paper that was presented at the Unconventional Resources Conference in October 2015
This workflow provided the client with a tool for developing a future facilities plan that would maximize production at an optimal cost
An in-depth explanation of the workflow is available in the Sproule ERCE SPE paper that was presented at the Unconventional Resources Conference in October 2015
Values:
Sproule ERCE provided the client with valuable information for their field development plan, including optimal pipeline and compressor sizing and timing, and well scheduling to accommodate the forecasted drilling activity in the area