EPC & Owner-Operators

Simulation software built for every sector you serve

From FEED studies to commissioning, Datacor's engineering simulation suite helps EPC firms deliver faster, more accurate projects across power, LNG, energy, and chemicals.

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Power & Utilities

Model Rankine, combined-cycle, and cogeneration systems. Perform pinch analysis and turbine back-pressure studies to maximize net power output while minimizing fuel consumption.

Rankine & combined-cycle, Gas turbine modeling, Nuclear coolant loops, Waterhammer analysis

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LNG

Simulate liquefaction trains, heat exchangers, and cryogenic piping networks. Model non-ideal gas behavior and ensure accurate pressure, flow, and phase predictions across the full LNG value chain.

Liquefaction trains, Cryogenic pipe flow, Heat integration, Compressor sizing, Maritime LNG

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Energy

Support upstream, midstream, and downstream projects with steady-state and transient simulation. Evaluate gas collection and processing, optimize refining and fuel handling units, and design carbon-capture processes from FEED through commissioning.

Gas distribution, Carbon capture, Refinery operations, fuel handling, Equipment sizing and costing, Transient analysis

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Chemicals

Simulate bulk and specialty chemical processes including reactors, distillation, absorption, and solvent recovery. Harness advanced thermodynamics to validate designs, optimize energy use, and de-risk capital projects.

Distillation columns, Reactor design, Solvent recovery, Cost estimates

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Data Centers

Model cooling infrastructure, power distribution, and fluid networks for hyperscale and co-location facilities. Simulate chilled water loops, CRAC/CRAH systems, and emergency power scenarios to ensure uptime, thermal efficiency, and compliance before breaking ground.

Cooling loops, Reliability analysis

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Industry Executive Brief

Download any brief that is applicable to your firm

Executive Brief

Chemicals

The Chemical Industry brief explores how simulation and hydraulic modeling are giving chemical manufacturers a measurable edge in 2026 and beyond.

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Executive Brief

Power

U.S. electricity demand is rising 26% by 2035. This executive brief explores what's driving it and how advanced flow modeling helps power engineers stay ahead.

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Executive Brief

LNG

This brief explores how simulation and hydraulic modeling are giving LNG producers a measurable edge in 2026 and beyond.

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The Platform

Design and troubleshoot multiple levels of your engineering projects with Datacor’s suite of simulation software.

Process Simulation

Rigorous steady-state and dynamic chemical process simulation with advanced thermodynamics, customizable unit operations, and seamless Excel integration.

Incompressible Flow Simulation

Create steady-state hydraulic models for liquid and low-velocity gas systems. Size pumps, pipes, and valves with validated pressure-drop calculations.

Compressible Flow Simulation

Simulate pressure drop and flow distribution for gas and steam piping systems. Analyze sonic choking and model non-ideal gases under varying operating conditions.

Surge & Transients

Identify and prevent water hammer, cavitation, and high-speed acoustic transients during startups, shutdowns, pump trips, or blowdowns.

Capital Costing: CHEMCAD-CLEOPATRA Integration

Connect simulation outputs directly to project cost estimating via Datacor's partnership with Cleopatra Enterprise — bridging engineering design and project economics.

Risk Analysis

Bring Monte Carlo simulation to EPC decision-making. Build dynamic models of complex systems to forecast project performance under uncertainty. Use it to evaluate and compare alternative designs, construction sequences, and operational plans.

Relief Event Analysis & Sizing

FERST powered by CHEMCAD makes designing or evaluating existing relief systems simple and more rigorous. Design vapor (tempered), gassy (non‑tempered), hybrid (tempered with gas generation), and non-reactive fire exposure systems (API 520/521, API 2000, OSHA 1910.106, NFPA 30).