Rate-Limiting Step ID
Map the full catalytic cycle. Identify the step with the highest activation barrier — focus optimization effort on the productive constraint.
Use Case · Process Chemistry Optimization
Identify rate-limiting steps before scaling your reaction
IRC analysis maps the complete energy profile for every elementary step. Pinpoint byproduct pathways, competitive mechanisms, and thermodynamic sinks before process development.
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Process Chemistry Applications
What computational process chemistry tells you
Byproduct Pathway Analysis
Enumerate competing reaction pathways computationally. Quantify barrier difference between productive path and byproduct-forming pathway.
Condition Sensitivity
Compute energy profiles under multiple solvent models and temperature corrections. Predict which conditions favor the target pathway thermodynamically.
"What sets Qchemvyx apart is the transition state search quality. Not a heuristic approximation — actual NEB-driven saddle point location."