MCP For Claude Marketplace
Adipic Acid Plant Design Suite

Adipic Acid Plant Design Suite MCP Connector for Claude

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Engineering tool for designing adipic acid production plants and calculating environmental impact.

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

This MCP server provides specialized engineering calculations for industrial adipic acid production. It allows users to determine cyclohexane feedstock requirements using calculate_feedstock_requirements, estimate chemical needs with estimate_oxidation_parameters, predict N2O emissions via calculate_environmental_impact, and improve plant efficiency through optimize_recycling_loop. It is designed to support the production of Nylon 6,6 by balancing chemical kinetics with environmental compliance.

adipic-acidnylon-66chemical-engineeringemissions-modelingindustrial-design

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

calculate_environmental_impact

Predicts the nitrogen oxide emissions and the impact of abatement systems

calculate_feedstock_requirements

Determines the amount of cyclohexane needed to meet a specific production target

estimate_oxidation_parameters

Calculates the chemical requirements for the oxidation stages

optimize_recycling_loop

Evaluates how recycling unreacted components affects the overall plant efficiency

See how to talk to your AI agent using Adipic Acid Plant Design Suite.

How much cyclohexane is required for 50,000 metric tons of adipic acid at 95% efficiency?

To produce 50,000 metric tons at 95% efficiency, you will need approximately 52,631.58 metric tons of cyclohexane.

What are the N2O emissions for 10,000 tons of adipic acid with 80% abatement efficiency under USA_EPA standards?

The total N2O produced is 10,000 metric tons, and after 80% abatement, the released amount is 2,000 metric tons, which complies with USA_EPA standards.

Calculate the oxidation stages for 500 units of KA oil with 30% nitric acid concentration.

Processing 500 units of KA oil with 30% nitric acid concentration will require 3 discrete oxidation stages.

You can use the `calculate_feedstock_requirements` tool by providing your target annual production capacity and the expected conversion efficiency.

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