WellSpring Demos:
A powerful feature in WellSpring is the ability to share projects with others.
You may need to share a project with an internal expert, other team members, management or an external partner or auditor or as part of an A&D package.
When a project is shared, an e-mail containing a link to the shared project is sent to the recipient by WellSpring. By following the link, the user gains full access to the project. They can then make changes, run calculations and print reports.
The only thing they can't do is save the changes so the integrity of the project is preserved.
The recepient of the shared project does not need an account on WellSpring to access your project. We've used this same feature below to create a series of example projects that you can dynamically access to gain a first-hand understanding of WellSpring's power.
To See WellSpring in action, just click on the link associated with any of the example projects described below.
By opening a shared WellSpring example, you agree to be bound by the Shared Project Terms and Conditions of Enersight's WellSpring application
| Risked Offshore Development Plan |
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This Volumetric project sets up an exploration field development plan based on two prospects in an offshore field.
Reserves for each prospect have been allocated across an exploration well and a development program that is automatically generated by parameters set in WellSpring.
Risk has been applied to the drilling program based on a 20% chance of exploration drilling finding reserves and an 80% chance of development drilling success.
From the network tab you can observe the total capital budget, including dry-hole costs, for the prospects based on risked and unrisked results.
The drilling automation is set up in WellSpring's Drilling tab and allocates rigs for the drilling programs based on availability and time of year.
Downtime is applied during the summer months of the year to represent inclement weather conditions such as hurricanes.
This example is run under the India production sharing agreement and cost-recovery results are available in the report "India PSC Royalty Details"
run at the scenario level from the the Reporting tab. ... learn more
Click to Access -> Drilling 1: Risked Offshore Development Plan
| SAGD Development Plan |
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This Volumetric project sets up a SAGD Greenfield development plan based on an average type well that contains the oil and water forecast, as well as the steam required for each well. The type well can be seen by clicking on the Decline tab, and selecting the type well. The forecast has been entered as an array, as it would typically come from a reservoir simulator.
The drilling automation is set up in WellSpring's Autoplan tab and drills based on facility capacity. Click on the AutoPlan Tab, and select the Oil battery. The drilling is set to drill a maximum of 50 wells, based on when the production drops to 95% of the facility capacity.
Click on the PlanView tab to see the phasing of the drilling and the project production.
Click to Access -> SAGD Development Demo
| Automated Drill to Fill |
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This Volumetric project sets up an exploration field development plan based on two prospects in an offshore field.
Reserves for each prospect have been allocated across an exploration well and a development program that is automatically generated by parameters set in WellSpring.
Risk has been applied to the drilling program based on a 20% chance of exploration drilling finding reserves and an 80% chance of development drilling success.
From the network tab you can observe the total capital budget, including dry-hole costs, for the prospects based on risked and unrisked results.
The drilling automation is set up in WellSpring's Drilling tab and allocates rigs for the drilling programs based on availability and time of year.
Downtime is applied during the summer months of the year to represent inclement weather conditions such as hurricanes.
This example is run under the India production sharing agreement and cost-recovery results are available in the report "India PSC Royalty Details"
run at the scenario level from the the Reporting tab. ... learn more
Click to Access -> Drilling 1: Risked Offshore Development Plan
| Sour Gas Dehydration |
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This project looks at a dehydrator upgrade for a sour gas field that operates at capacity for both water and sulfur extraction. It demonstrates how WellSpring can be used to model the complexities of a gathering system with multiple constraints, and how WellSpring can provide detailed cash flow and production forecasts for a capital investment.
In the Planview Tab, the bright blue bars indicate the period the dehydrators are at capacity, and the bright yellow bars are the period the gas plant is at it's sulfur extraction limit. In the Planview tab, you can see the incremental production from upgrading the dehydrator by reporting at the project level (select the radio button to the left of the project name in the asset list). In the Reports tab, look at the Economic Summary Report at the project level to get an understanding of the economic impact of upgrading the dehydrator.
Click to Access ->Volumetric Flow 3: Sour Gas Dehydration
| Field Compression |
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This hydraulic project is an example of a nodal analysis economics project. It looks at adding field compression in a pipeline shared with a third party. In the Network tab you can see the inlet/outlet pressures at each node for any given month in the project (change the display date with the +/- month & year buttons just above the network diagram).
In the Planview tab, you can see the incremental production from adding compression by reporting at the project level (select the radio button to the left of the project name in the asset list). In the Reports tab, look at the Economic Summary Report at the project level to get an understanding of the incremental impact of installing the compressor.
Click to Access -> Compression 5: Field Compression (Flat Roy)
| Corporate Consolidation |
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This project demonstrates how to combine results from 4 business units with separate WellSpring projects for each BU. The results from each BU is brought into this project using meta project links. On the Network tab you can select the project link assets and see which project and scenario that are linked. The project shows two different plans, one based on $320 MM capital budget and the other on a $60 MM budget.
Click to Access -> Demo - Meta Project Links
Camden Hills GOM Drilling (US)
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This volumetric project looks at running an automated drilling program to make the most of the allocated pipeline capacity in the Canyon Express Pipeline system in the Gulf of Mexico. If you look at the AutoPlan tab for the Camden Hills facility in the Auto-drilling scenario, you can see the drilling parameters used to keep the facility full over time. This project demonstrates how WellSpring can be used as an exploration and planning tool.
Click to Access ->Volumetric Flow 4: Camden Hills GOM Drilling (US)
| India Production Sharing Contract |
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This project assesses an early stage development plan for an offshore block in India. Capacity is set at the platform, and an automated drilling plan is used to schedule a four year, 22 well drilling program with rig limitations. To review the PSC cost recovery and profit petroleum calculations, go to the Report tab, select the scenario asset on the left (AutoDrill Scenario), and select the reports for India PSC Royalty Details and India PSC Tax Details. You can then progress from the automated drilling scenario to a detailed development plan, which is demonstrated in the Detailed Infrastructure Plan scenario in this project.
Click to Access -> India PSC Demo
| Hands-On Training Example |
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In this example, we will create a WellSpring Project containing two oil wells flowing into a battery under the following assumptions:
- One well produces oil while the other produces both oil and water.
- Water is extracted at the battery and re-injected back into an injection well.
- The injection well has a daily limit on the amount of water it can handle.
Highlighted WellSpring Features:
- Managing Wells and Facilities
- Creating Pipeline Connections
- Creating Production Forecast
- Defining By-Product Extractions
- Setting Constraint Limits
... learn more
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