While the latest versions of ANSYS Chemkin-Pro have introduced GUI overhauls and deeper integration with the ANSYS workflow (Mechanical/Fluent), version 17.0, specifically Release 15151 (Build 59), remains a significant reference point for many combustion engineers and chemical kineticists. This build represents a mature, stable iteration of the solver during the mid-2010s, balancing legacy support with advanced reaction chemistry capabilities.
ANSYS Chemkin-Pro 17.0 Release 15151 59 is a specialised version of the industry-leading chemical kinetics simulation software, designed for engineers and researchers to model complex gas-phase and surface chemistry. This specific build—identified by the release number 15151 59—is part of the version 17.0 series, often cited in technical documentation as the gold standard for high-speed kinetic simulations. Core Capabilities of Chemkin-Pro 17.0 ANSYS Chemkin-Pro 17.0 Release 15151 59
ANSYS Chemkin-Pro 17.0 (specifically Release 15151 59) is a specialized chemical kinetics simulation tool used to model complex chemical reactions in systems like internal combustion engines, gas turbines, and chemical processing plants. It is widely considered the industry standard for modeling gas-phase and surface chemistry. Core Capabilities and Features ANSYS Chemkin-Pro 17
Specialized modeling for burners and combustion chambers through the module to predict emissions accurately. Particle Tracking: This specific build—identified by the release number 15151
Note: For current users seeking support, ANSYS has officially ended maintenance for version 17.0 as of 2020. Upgrading to a modern release (2024 R2 or later) is recommended for new projects, especially those involving ammonia combustion or hydrogen safety, where recent thermodynamic updates are critical.
ANSYS has released Chemkin-Pro 17.0 (Build 15151 59), marking a significant update to the industry-standard solver for complex gas-phase and surface chemical kinetics. This release focuses on bridging the gap between detailed reaction mechanisms and practical engineering simulations, specifically in combustion, catalysis, and materials processing.
Reactor Modeling: Supports various reactor types, including adiabatic closed homogeneous constant volume reactors for 0D ignition delay and 1D flame speed simulators. Common Applications