MCP For Claude Marketplace
Compost Mix Calculator

Compost Mix Calculator MCP Connector for Claude

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Calculate optimal organic material ratios for perfect C:N and moisture levels.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides precise mathematical modeling for composting. It allows AI agents to determine the exact mass and volume of organic materials needed to hit specific Carbon-to-Nitrogen (C:N) ratios and moisture targets. Use calculate_optimal_mix to find material proportions, estimate_pile_dimensions to plan physical space, predict_composting_lifecycle to estimate duration and shrinkage, and validate_material_feasibility to check if your available materials can meet your goals.

compostagriculturebiologyoptimizationsoil

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

calculate_optimal_mix

Determines the specific proportions of available materials needed to reach a user-defined target C:N ratio and moisture level

estimate_pile_dimensions

Converts the mass-based mix into physical space requirements

predict_composting_lifecycle

Estimates how long the pile will take to stabilize and how much it will shrink

validate_material_feasibility

Checks if a set of materials is capable of meeting a specific target without attempting a full calculation

See how to talk to your AI agent using Compost Mix Calculator.

I have 500kg of manure (C:N 15, moisture 60%) and 1000kg of straw (C:N 80, moisture 10%). What mix do I need for a target C:N of 25 and moisture of 50%?

To achieve a C:N of 25 and 50% moisture, you should mix approximately 342.5kg of manure and 657.5kg of straw.

How much space will a 2000kg compost pile take if I build it as a windrow?

A 2000kg windrow pile will require a total volume of 1.85 cubic meters, with a footprint area of 2.5 square meters and an estimated height of 1.2 meters.

Will my current materials work for a target C:N of 35?

No, the target C:N of 35 is not possible with your current materials as the maximum available C:N ratio is 30.

You can use the `validate_material_feasibility` tool to check if your target C:N and moisture levels are within the possible range of your available materials.

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