MCP For Claude Marketplace
Acrylic Acid Plant Designer

Acrylic Acid Plant Designer MCP Connector for Claude

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Simulate chemical production of acrylic acid through oxidation kinetics and separation modeling.

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

This MCP server provides a complete engineering suite for designing acrylic acid production facilities. It allows AI agents to model the entire chemical lifecycle, from initial feedstock requirements to final product purification. Using design_reactor_system, you can determine optimal reactor volumes and catalyst types based on propylene availability and target purity. The suite includes calculate_separation_train to configure purification units for glacial acid or esters, estimate_byproduct_profile to predict waste generation, and evaluate_economic_feasibility to assess plant viability. It is designed to bridge chemical engineering models with AI-driven design workflows.

chemical-engineeringacrylic-acidoxidationreactor-designprocess-simulation

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

design_reactor_system

Calculates the physical reactor specifications and the necessary catalyst type based on raw material inputs

estimate_byproduct_profile

Predicts the quantity and types of byproducts generated during the oxidation process

evaluate_economic_feasibility

Assesses if the plant design is viable based on feedstock costs and product value

calculate_separation_train

Determines the configuration of purification units required to reach the target product state

See how to talk to your AI agent using Acrylic Acid Plant Designer.

Design a reactor for 5000 units of capacity with 99% purity and 10000 units of propylene available.

The reactor requires a volume of 450 cubic meters using a Selective Oxidation Tier catalyst, operating at an optimal temperature of 350K.

What is the byproduct profile for a reactor operating at 380K with 2000 units of propylene?

The process will generate CO2 and organic acid byproducts with a mass yield of 0.85 per unit of propylene.

Is it profitable to produce glacial acid if propylene costs 500 per unit and product value is 1200 per unit?

Based on the provided reactor and separation configurations, the plant shows a positive gross margin and a break-even capacity of 1200 units.

You can design full reactor systems, determine separation train configurations for glacial acid or esters, estimate byproduct profiles, and evaluate the economic feasibility of the entire plant design.

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