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Terephthalic Acid Plant Designer

Terephthalic Acid Plant Designer MCP Connector for Claude

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Engineering tool for designing Purified Terephthalic Acid (PTA) production plants.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized engineering calculations for designing a Purified Terephthalic Acid (PTA) plant. It allows AI agents to model the entire production chain from p-xylene oxidation to final purification. Users can use calculate_oxidation_reactor to determine reactor sizing, design_catalyst_system to optimize chemical compositions, evaluate_purification_stage to manage 4-CBA impurity levels, and estimate_solvent_recovery to ensure acetic acid efficiency. It is designed to bridge chemical engineering expertise with AI-driven process optimization.

ptachemical-engineeringoxidationpurificationprocess-design

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

evaluate_purification_stage

Calculates the purification requirements to meet specific product grades

calculate_oxidation_reactor

Determines the necessary reactor size and operating conditions based on feed availability

design_catalyst_system

Specifies the required catalyst composition and concentration for the oxidation

estimate_solvent_recovery

Calculates the efficiency and mass of acetic acid that must be recovered

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

Calculate the reactor requirements for 50,000 tons of PTA capacity with 100,000 tons of p-xylene available at 180 degrees.

The required reactor volume is 450 cubic meters with a temperature setpoint of 180°C, yielding an estimated 48,500 tons of PTA.

What catalyst composition is needed for a 450 cubic meter reactor to achieve 99.9% purity?

To achieve 99.9% purity in a 450 cubic meter reactor, the system requires a cobalt concentration of 0.05 and a manganese concentration of 0.03.

Estimate the solvent recovery for 5000 tons of acetic acid with a 2% impurity loss rate.

The system will recover 4,900 tons of acetic acid, requiring 100 tons of makeup solvent.

You can use the `calculate_oxidation_reactor` tool by providing the available p-xylene mass, the target annual capacity, and the desired reaction temperature.

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