Combustion Reactions
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CHEMKIN-PRO -- fast, accurate chemistry for power users

Incorporating advanced functionality and the latest analytical algorithms and methods, CHEMKIN-PRO delivers the ultimate in speed, accuracy and solution robustness.

Accurate solutions in a fraction of the time
Core solver enhancements incorporated in CHEMKIN-PRO cut simulation times from days to hours or hours to minutes for complex models with large mechanisms. As much as 25 times faster than previous versions of CHEMKIN and more than an order of magnitude faster than competing codes in demanding applications.

Reaction Path Analyzer -- a whole new view
To help designers gain key insights into kinetic dependencies, CHEMKIN-PRO includes the Reaction Path Analyzer. Employing an interactive, visual display, the Reaction Path Analyzer provides a clear view of dominant reaction paths, facilitating mechanism development and reduction.
reaction path analysis

Particle Tracking -- understand and predict soot and particle formation
Use the innovative Particle Tracking capability of CHEMKIN-PRO to follow particles through inception, growth and oxidation. Apply number and size statistics to predict soot emissions or to optimize particulate production for carbon-black applications.
particle tracking plot

Uncertainty Analysis -- understand how input uncertainties affect simulation results
Enhance the robustness of simulation results with the ability to calculate error bars based on user-defined input accuracy ranges.
plot with error bars

Multi-Zone Engine Model for piston engines
CHEMKIN-PRO's Multi-Zone Engine Model simplifies the analysis of key combustion effects including ignition, flame speed, and CO, HC and Soot emissions.
piston schematic

Simulation Speed-Up of CHEMKIN-PRO vs. CHEMKIN 4.1

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Feature comparison between CHEMKIN-PRO and CHEMKIN 4

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