Intersect High-Resolution Reservoir Simulator

Intersect simulator

Industry-leading reservoir simulation technology - with the physics, performance, and resolution you need for every asset

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Overview

The Intersect™ reservoir simulator empowers reservoir engineers to tackle today’s most complex subsurface challenges with confidence.

Combining leading science, superior performance, and flexible gridding, the Intersect simulator delivers fast, scalable modeling for every reservoir type—whether it is a mature oil and gas fields, appraisal/exploration fields, unconventionals, or new energy applications like CO₂ storage.

Seamlessly bridging data from geology, geophysics, geomechanics, and production engineering, the Intersect simulator enables smarter, more integrated workflows. It helps teams simulate reservoir behavior with greater accuracy, and in a faster, more cost-effective manner than ever before..

The result? Sharper insights, optimized recovery strategies, and more confident field development decisions.

Applications

The Intersect reservoir simulator supports:

Comprehensive reservoir modeling: supports conventional and unconventional reservoirs
Enhanced oil recovery: simulate chemical, miscible, and thermal EOR processes including alkali, surfactant, polymer, low salinity, and gas injection
CO₂ storage and new energies: models for CO₂ injection and storage in saline aquifers and depleted reservoirs, hydrogen storage, geothermal, and critical minerals extraction
Well modeling: near wellbore effects and advanced well completions, including horizontal and multilateral wells
Field development planning: optimize and evaluate production, depletion, and injection strategies
Integrated surface-subsurface modeling: couple multiple reservoirs and surface networks for dynamic forecasting and operational planning

Benefits

Superior performance

State-of-the-art algorithms that work across various hardware configurations, for more confident simulation insights in an operational timeframe.

Leading science

Leveraging four decades of pioneering research and innovation in reservoir science, validated through industrial partnerships.

Integrated workflows

Multi-domain integrated workflows for better field development decisions, uncertainty quantification, and optimized recovery.

Features

Simulation of black oil, compositional, chemical, thermal, and unconventional models under a unified architecture.

Comprehensive thermodynamic, mechanical, and chemical models for carbon capture, utilization, and sequestration (CCUS), geothermal, hydrogen, and critical mineral workflows.

Flexible gridding: structured, unstructured, dual porosity, embedded discrete fracture modeling (EDFM), coarsening, and local grid refinement

Multi-segment wells and intelligent completions to efficiently model complex flow behavior between reservoir, completions, and wells

Optimized solvers for scalable parallel computation across both CPU and GPU architectures, ensuring superior performance both on premises and in cloud environments

Scalable workflows: uncertainty and optimization using large-scale automation of ensemble workflows

Advanced field management: enables realistic, operational logic and scheduling to maximize production and storage targets or constraints, integrating multiple reservoirs and surface networks with varying degrees of fidelity, including type-curves or full physics reservoir models

Integration with multiple domains: seamless workflows in Petrel™ subsurface software, coupled geomechanics analysis with Visage™ finite-element geomechanics simulator, and subsurface data management systems

State-of-the-art technology, continuously updated with the latest hardware, and innovative modeling and solution methods, including frameworks for Python and machine learning

Intersect simulator new features

Training

Intersect training courses address the unique need of each learner, our courses, delivered by world-class experts, teach learners how to deal with real-life scenarios and solve genuine problems.