Energy

Maximize uptime. Reduce emissions. Lower costs.

From upstream exploration to downstream refining and power generation, our advanced suites of fluid flow simulation and chemical process simulation software let your engineers spot bottlenecks, eliminate costly surge events, and right-size equipment. Built on decades of industry expertise and proven physics, Datacor solutions optimize system costs and cut carbon intensity. Deploy the software to your team quickly and see measurable ROI from the very first project.

Speak with an Expert

TRUSTED BY

Specialized Solutions

A single vendor for complete process control, from flow sheets to detailed analysis.

Fathom

Calculate steady-state hydraulic pressure drop and pipe flow distribution in liquid and low-velocity gas piping and ducting systems.

Arrow

Determine the pressure drop and flow distribution, analyze sonic choking, and model real gases in steady-state gas and steam piping systems.

Impulse

Analyze pumping systems for harmful pressure surge transients caused by water hammer.

xStream

Simulate high-speed, acoustic transients in steam and gas piping to confidently predict pressure spikes before they cause issues in compressed systems.

CHEMCAD

Robust chemical process simulation software designed to meet the diverse needs of engineers who design, troubleshoot, and innovate.

Operational Excellence

Purpose-built features for system performance

Predictive Surge Control

Stop water hammer before it starts

Our transient-flow solver pinpoints pressure spikes in milliseconds, allowing engineers to size dampers, add relief paths, or tweak logic long before a line packs up. By eliminating water hammer events, you avoid costly downtime, extend pump-seal life, and keep crews safe.

Intelligent Equipment Sizing

Right-size pumps, valves & piping

Optimization algorithms balance head, flow, and NPSH across the full operating envelope. Right-sized equipment lowers energy costs, and still meets peak-throughput guarantees, turning design margin into bottom-line margin.

Emissions Optimizer

Cut CO₂ and methane intensity

Simulate flare, vent, and combustion scenarios side-by-side to uncover the cleanest path that still hits production targets. EPA and OGMP-2 factors translate engineering tweaks into quantified carbon and CH₄ reductions for ESG reporting.

Unified Steady-State & Dynamic Modeling

Design faster, operate smarter

Toggle between steady-state and time-based runs in a single interface. Teams can evaluate how today’s tweak impacts startups, shutdowns, and upsets, cutting weeks off project schedules and de-risking brownfield changes.

Safety & Security

Design for compliance in every project

Libraries of API, ASME, AIChE, and OSHA rules flag risks as the model runs, guiding engineers toward inherently safer designs. Generate audit report data and walk regulators through a crystal-clear digital trail.

Process Digital Twin

Mirror real-world performance

Create virtual replicas of physical systems to simulate and optimize real-time processes for better efficiency and performance. These models enable predictive maintenance, real-time monitoring, and data-driven decision-making by comparing the virtual twin's behavior to actual system conditions.

Collaborative Workspace

Break down discipline silos

Process and facilities engineers can work in the same secure model with access to multiple scenarios and data output. Utilize color maps, annotations, and layers of data to help various project team members confidently make decisions.

Rapid scenario engine

Stress-test designs

Batch-run “what-ifs” for pricing swings, feedstock shifts, or extreme weather. Decision makers get ranked options, complete with cost, risk, and emission deltas, before committing capital.