蘑菇传媒

Connect well performance, reserves, and production decisions

Harmony? reservoir management and production software is a multi-user solution for analyzing well performance, estimating reserves, forecasting production, characterizing reservoirs, and evaluating production-system decisions.

It brings decline analysis, rate-transient analysis, material balance, volumetrics, numerical and analytical models, and nodal analysis into one engineering environment.

Evaluate well performance, reserves, and production strategies

• Forecast wells and reserves: Analyze historical production and build forecasts for existing or planned wells using approved decline, material-balance, and volumetric methods.
• Characterize reservoir performance: Use rate and pressure behavior, diagnostic plots, type curves, and history matching to investigate reservoir and completion responses.
• Evaluate deliverability: Develop inflow and outflow relationships and examine how operating conditions influence production.
• Optimize production strategies: Compare wellhead conditions, system constraints, and potential interventions through nodal-analysis workflows.
• Support reserves workflows: Organize forecast cases and reserves categories in a consistent engineering process.

Keep engineering analysis connected from forecast to recommendation

• Connected engineering analysis: Move between forecasting, reservoir analysis, and production optimization without separating the core engineering context.
• Consistent team workflows: Use a shared database and repeatable methods across engineers and assets, subject to the deployment configuration.
• Scenario-based decisions: Compare forecast, reservoir, and operating assumptions before recommending development or intervention choices.
• Fit-for-purpose modeling: Select analytical or numerical approaches appropriate to the well and reservoir question.

Apply forecasting, reservoir analysis, and optimization workflows

• Production forecasting: Arps and multi-segment decline workflows, automated and probabilistic decline options, ratio forecasting, material balance, volumetrics, reserves classification, and type-well analysis.
• Reservoir analysis: Rate-transient analysis, type curves, specialized plots, diagnostics, and analytical or numerical history matching.
• Numerical modeling:Evaluate complex well and reservoir behavior using supported numerical models, including multi-well and refracture scenarios where licensed.
• Deliverability analysis: Develop inflow-performance and tubing-performance relationships for production evaluation.
• Production optimization: Apply nodal-analysis workflows to compare well configurations, constraints, and operating strategies.