Redox Reaction Predictor

Redox Reaction Predictor MCP Connector for Claude

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Predict spontaneous redox reactions, calculate cell potentials, and identify reaction products.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides advanced electrochemical analysis tools. Use predict_spontaneous_reactions to find all possible spontaneous redox pairs in a list of species, calculate_non_standard_potential to determine cell voltage under specific concentrations using the Nernst equation, identify_oxidizing_agents to find oxidants and reductants, and get_electrochemical_series_info to retrieve standard reduction potentials for specific chemical species.

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

get_electrochemical_series_info

Retrieves the standard reduction potential and properties for a specific species

identify_oxidizing_agents

Determines which species in a given set are capable of acting as oxidants (reducing agents for others)

predict_spontaneous_reactions

Identifies which pairs of species from a provided list will undergo a spontaneous redox reaction

calculate_non_standard_potential

Calculates the adjusted cell potential when concentrations or pressures are not at standard state

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

Which of these species will react spontaneously: Ag+, Cu, Zn, Mg?

The spontaneous reactions are: Mg and Ag+ (E° = 0.80V), Mg and Cu (E° = 2.72V), Zn and Ag+ (E° = 0.80V), and Zn and Cu (E° = 0.46V).

What is the cell potential for a reaction between Ag+ and Cu if [Ag+] is 0.1M and [Cu2+] is 1.0M?

The calculated cell potential under these non-standard conditions is 0.74V.

Identify the oxidizing agents in this list: Fe2+, Fe3+, Ag+, Ag.

The oxidizing agents are Fe3+ and Ag+.

You can use the `predict_spontaneous_reactions` tool by providing a list of chemical species. It will return all pairs that have a positive cell potential.

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