IHS Piper 2018.1

Download IHS Piper – Gas Gathering System Optimization for Oil and Gas Engineers

IHS Piper 2018.1 is a specialized software for modeling oil and gas gathering systems, developed by IHS Markit. Its primary application involves optimizing onshore gas and liquid gathering infrastructure from the reservoir to the delivery point, a critical function for petroleum engineers. This tool offers Equation of State modeling and integrated GIS mapping, enabling detailed system analysis and planning.

Introduction and Industry Applications

IHS Piper 2018.1, a product of IHS Markit, provides specialized tools for managing oil and gas gathering networks. This software is instrumental in the oil and gas sector, enabling engineers to model and optimize complex systems involved in the transport of hydrocarbons. The detailed analysis capabilities assist in both the planning of new infrastructure and the operational management of existing networks, ensuring efficient resource extraction and delivery.

Gas Gathering System Modeling Capabilities

The core functionality of IHS Piper revolves around its capacity to model the physical and thermodynamic behavior of fluids within gathering systems. This allows for an accurate representation of how various components interact under different operating conditions.

Equation of State Modeling

IHS Piper incorporates Equation of State (EOS) modeling to accurately predict fluid properties. This capability is crucial for analyzing the behavior of different hydrocarbon mixtures across a range of pipeline temperatures and pressures. By utilizing EOS models, engineers can simulate detailed fluid phase behavior, which is essential for understanding density, viscosity, and phase distribution within the gathering network.

Multiphase Flow Analysis

This software tool offers robust multiphase flow analysis features designed to identify potential operational issues within pipelines. By applying empirical correlations, IHS Piper can simulate the complex flow dynamics of oil, gas, and water mixtures. This analysis aids in pinpointing locations prone to slugging, erosion, or inefficient flow regimes, thereby enabling engineers to implement strategies for improved system efficiency and reduced operational risks.

GIS Mapping Tools for Infrastructure Planning

IHS Piper integrates Geographic Information System (GIS) mapping functionalities, which are vital for the planning and construction phases of gas gathering systems. These tools allow for the visualization and spatial analysis of pipeline routes, wellhead locations, and processing facilities on a geographical map.

The GIS mapping features within IHS Piper enhance the design of gathering networks by providing a visual overlay of existing infrastructure and terrain data. This facilitates the selection of optimal pipeline routes, minimization of environmental impact, and efficient coordination of construction activities. The spatial intelligence provided by these tools is critical for developing practical and cost-effective infrastructure plans.

Integration with Reservoir Models

IHS Piper offers integration capabilities with other reservoir simulation and analysis software. This integration is particularly valuable when connecting surface facility constraints with well performance forecasts, enabling a holistic view of hydrocarbon production from reservoir to market.

By linking with reservoir modeling tools, such as those within the IHS Markit suite like Harmony, IHS Piper enables users to import well analytical models. This allows engineers to assess how variations in the gathering system’s capacity and pressure affect well productivity. Such integrated analysis supports more accurate forecasting of well performance and a better understanding of overall system economics.

Real-World Applications and Use Cases

IHS Piper has been utilized in various projects within the oil and gas industry to address specific operational and planning challenges. Its application extends to optimizing existing infrastructure and designing new gathering networks for field development.

Engineers leverage IHS Piper for detailed wellbore modeling and the analysis of flow assurance issues in gathering lines. For instance, it can be used to diagnose pressure build-up in specific pipeline segments or to optimize compressor station performance. Its ability to simulate different operational scenarios aids in troubleshooting production bottlenecks and ensuring that the gathering system efficiently transports produced fluids to processing facilities or sales points.

Comparative Analysis with Similar Software

The landscape of gas gathering system modeling software includes various tools, each with its own strengths. IHS Piper differentiates itself through a combination of specialized modeling features and integrated geospatial capabilities.

Compared to general process simulators, IHS Piper provides a more focused approach to gathering system hydraulics and fluids. Its Equation of State modeling offers a deeper thermodynamic understanding than simpler correlation-based methods. Furthermore, its integrated GIS tools simplify the spatial planning and visualization of gathering networks, a feature not always present or as refined in other software packages focused solely on flow mechanics.

Frequently Asked Questions

What is IHS Piper and how is it used in the oil and gas industry?

IHS Piper is a software tool developed by IHS Markit designed for modeling gas gathering systems from the reservoir to the delivery point. It is used by engineers and technologists to optimize onshore gas and liquid gathering systems, providing significant insights into system efficiency and operational issues.

How does IHS Piper integrate with other IHS Markit software tools?

IHS Piper seamlessly integrates with other IHS Markit software applications such as Harmony, which allows importing of various reservoir analytical models. This integration supports comprehensive analysis and optimization of gas gathering systems by considering the constraints of surface systems.

What unique capabilities does IHS Piper offer compared to other gas gathering system modeling tools?

Compared to its competitors, IHS Piper’s unique capabilities include advanced Equation of State modeling and a robust GIS mapping tool that facilitates efficient planning and optimization of gas gathering systems. These features allow for detailed modeling and operational diagnostics that help identify system issues swiftly.