Download and Install Petra. Start Licensing. Select the Standalone Licenses tab. In the Standalone License Control Panel , retrieve your license feature keys using online activation :. If you do not have this information, contact your license administrator or IHS Markit representative.
Any products you are entitled to are listed on the Activate tab. Select your product s and click Activate. When complete, activated products are removed from the Activate tab and listed on the Deactivate tab. AccuMap Engineering. Choose one of four cross sections that best fit your workflow: Single well — Display one well for analysis and printing Well-to-well — Connect selected wells in a line Line and wells — Display a projection line that features hand-picked wells Line and corridor — Display a projection line that features selected wells from a rectangular corridor around the line Discover our other features of the module.
Ranked high in the upper right quadrant of the Welling Report for easy-to-use geological interpretation software, Petra enables you to: Expedite drilling decisions with shorter cycle times Integrate large IHS Markit well, production and log datasets Quickly define reservoirs and prospects Focus on analysis rather than map-making Analyze mergers, acquisitions and divestitures Access enhanced data management with Petra Sidekick to load data into one project while working in another What are the system requirements for Petra?
Need more information about our Geoscience Solutions? What solution do you need? Digital transformation: Got your data ready? Download whitepaper.
Features Determine oil and gas recoveries using four possible models: Gas Cap Drive Model — Account for oil recovery with gas cap and solution gas expansion. Gravity is not taken into account, which can significantly increase oil recovery in steeply dipping reservoirs. Water Drive Model — Perform water drive calculations on reservoirs in which no pressure loss occurs with production. Total pressure maintenance by the aquifer is provided in this model.
Solution Gas Drive Model — Determine production from initial to bubble point pressure with liquid expansion. Combination Drive Model — Specify any combination of the gas cap, water drive, and solution drive models for a complete and unique recovery calculation. Determine gas and condensate recoveries using three possible models: Volumetric Drive Model — Quantify recovery by calculating the formation-volume factor at initial and abandonment pressures.
Water Drive Model Water — Perform water drive calculations on reservoirs in which no pressure loss occurs with production. Partial Water Drive Model — Perform calculation based on model in which, at initial pressure, the entire reservoir undergoes volumetric depletion to abandonment pressure. At abandonment pressure, additional recovery in the water-swept zone accounts for the effect of water influx. Perform Monte Carlo simulations: Find the probable distribution of reserves for both oil and gas reservoirs based on various distributions of reservoir parameters.
Uses Calculate likely recoverable reserves Advanced Volumetrics Module brochure Click to enlarge Production Group Plot Module: Display and analyze historical and average production data for any set of wells.
Cross-Section Module: Create customizable cross-section displays to optimize well location selection. Subscriptions help to manage short term cash flow constraints and capital budget limitations Perpetual Licensing helps maximize total cost of ownership Standalone when you do not need to collaborate with a wider team, or are a consultant Network for companies who need to collaborate across asset teams Short Term Subscription for one month or longer usage License Trade — Ready to move to Kingdom EarthPAK, you can trade your Petra license today.
Is Petra right for you? Who uses Petra? Geologists Identify area of interest Integrate well, log and seismic information Target drilling and recompletions Drilling Engineers Derive surface and profile plans Analyze planned borehole paths Perform cost estimates and analysis Reservoir Engineers Identify recompletion and drilling opportunities Optimize production and recovery Analyze reservoir trends Completion Engineers Model completion performance Provide technical specifications and operating instructions Optimize completion and workover designs and operations Production Engineers Evaluate separation of produced fluids Monitor downhole flow control Maximize profitability Technologists Load information Verify and quality check information Collaborate on project development Petrophysicists Understand reservoir properties Perform well, core and log analysis Build reservoir models Evaluate reservoir models Managers Assess strategy Manage risk Ensure compliance.
Industry Success Stories. Learn more. Follow us on Twitter. Nov You may be interested in. How can we help you today? Filter Sort. Identify area of interest Integrate well, log and seismic information Target drilling and recompletions. Derive surface and profile plans Analyze planned borehole paths Perform cost estimates and analysis.
Identify recompletion and drilling opportunities Optimize production and recovery Analyze reservoir trends. Model completion performance Provide technical specifications and operating instructions Optimize completion and workover designs and operations. Evaluate separation of produced fluids Monitor downhole flow control Maximize profitability.
Load information Verify and quality check information Collaborate on project development. Understand reservoir properties Perform well, core and log analysis Build reservoir models Evaluate reservoir models.
0コメント