Harmony Reservoir

Physics based reservoir analysis using the latest technologies in Rate Transient Analysis (RTA) and numerical simulation

Are traditional reservoir analysis methods providing you the answers you need in an efficient time frame?

Are you confident that your reservoir engineering application enables collaboration across your entire team?

The evolution of Harmony Enterprise^™ expands with Harmony Reservoir; reservoir analysis built on a multi-user capable platform for single users and teams. This separately licensed software expands on our existing petroleum rate transient analysis technology by making it scalable, collaborative and suitable for large or small IT environments. Reservoir is ideal for asset teams, reserves groups, consultants and financial companies.

With Harmony Reservoir:

Create data-driven, physics based forecasts for more robust EUR estimates
Run ‘what if’ scenarios and optimize production by assessing the impact of compression, infill drilling or new completion types
Perform probabilistic analysis to assess reserves risk
Estimate contacted fluids in place and remaining recoverables without the need to shut-in wells
Leverage multi-user concurrent access ideal for teams
Access a centralized project database for better data management and consistency

Features

Multi-User Capable

Harmony Reservoir is the multi-user capable long-term successor to IHS RTA.

Configurable for single-user work and also multi-user teams
Runs on Microsoft SQL Server 2014 and SQL Server Express 2014
Centralized project databases simplify IT stewardship responsibilities
Enables corporate consistency in data, analysis and results
Fosters collaboration through a single repository for storing and sharing analyses
Role-based security available to restrict access to certain actions

Estimation/Characterization

Estimate Hydrocarbons in Place

Use multiple independent techniques to estimate contacted oil and gas-in-place (OOIP/OGIP) and expected ultimate recovery (EUR).

Reservoir Characterization

Access the most comprehensive collection of production-based methods available for determining permeability, drainage area and stimulation effectiveness. Methods include:

Straight-line analytics
Type curves
Analytical/numerical models with history matching

Diagnostics

Operational Diagnostics

Create and share production diagnostic templates to detect:

Liquid loading in gas wells
Changes in water/condensate yields
Measurement error

Use RTA templates to identify:

Aquifer pressure support
Well interference
Productivity loss

Unconventional Analysis

Unconventional Oil and Gas Analysis

Analyze reservoir performance with practical, industry-leading tools that combine proven empirical and analytical techniques. The Unconventional Reservoir Module (URM) is a simple, yet robust tool for quickly evaluating reserves and providing bulk reservoir characterization.

Modeling/Forecasting

Advanced Reservoir Modeling and Forecasting

Leverage the fastest and easiest-to-use analytical and numerical models on the market. Utilize our Mulitphase Hybrid models to auto history match on three phases and generate probabilistic forecasts in minutes. Features include:

Vertical, fractured, horizontal and horizontal multifrac completions
Gas, volatile oil, gas condensate and black oil sytems
Pressure dependent permeability/rock compressibility
Desorption
Re-fracture modelling

Resources

Harmony Reservoir Training Courses

S&P Global Commodity Insights Energy Blog

Opt-In for Events and Webinars

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Harmony Reservoir

Physics based reservoir analysis using the latest technologies in Rate Transient Analysis (RTA) and numerical simulation

Features

Resources