Reaction Feasibility Predictor

Reaction Feasibility Predictor MCP Connector for Claude

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Predict thermodynamic spontaneity and kinetic feasibility of chemical reactions.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides a suite of tools for chemical analysis. Use analyze_thermodynamics to calculate Gibbs Free Energy and equilibrium constants, and evaluate_kinetics to determine reaction rates based on activation energy. The assess_reaction_feasibility tool combines these metrics to provide a final verdict on whether a reaction is spontaneous and kinetically accessible. You can also use simulate_condition_shift to predict how temperature changes affect stability.

thermodynamicskineticschemistrygibbs-free-energyreaction-prediction

4 tools expose this connector's capabilities to your AI agent.

assess_reaction_feasibility

Provides a holistic verdict by combining thermodynamic favorability with kinetic accessibility

simulate_condition_shift

Predicts how changes in temperature will impact the thermodynamic stability and equilibrium of the reaction

analyze_thermodynamics

Determines if a reaction is energetically favorable by calculating the change in Gibbs Free Energy and the resulting equilibrium state

evaluate_kinetics

Assesses the speed of a reaction by evaluating the energy barrier required to reach the transition state

See how to talk to your AI agent using Reaction Feasibility Predictor.

Is the reaction between Hydrogen and Oxygen at 298K thermodynamically favorable?

Yes, the reaction is spontaneous with a negative Gibbs Free Energy at 298K.

Will a reaction with an activation energy of 100 kJ/mol be fast at 300K?

No, the reaction is kinetically hindered at 300K due to the high activation energy barrier.

What is the feasibility of a reaction that is spontaneous but has a very high activation energy?

The reaction is classified as Thermodynamically Possible but Kinetically Hindered.

You can use the `analyze_thermodynamics` tool. If the calculated Gibbs Free Energy is negative, the reaction is spontaneous.

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