MCP For Claude Marketplace
MTBE Production Plant Designer

MTBE Production Plant Designer MCP Connector for Claude

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Chemical engineering simulation for MTBE synthesis and reactor design.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized chemical engineering tools for designing Methyl Tert-Butyl Ether (MTBE) production plants. It allows engineers to model the synthesis kinetics of methanol and isobutene. Use calculate_reactor_design_tool to determine vessel specifications, estimate_catalyst_needs_tool for catalyst requirements, simulate_reactive_distillation_tool to evaluate separation efficiency, and optimize_methanol_recovery_tool to maximize feedstock recycling.

mtbekineticsdistillationreactor-designchemical-process

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

estimate_catalyst_needs_tool

Calculates the specific quantity and properties of the catalyst required for a given production scale

optimize_methanol_recovery_tool

Analyzes the recovery system to minimize waste and maximize feedstock recycling

simulate_reactive_distillation_tool

Evaluates the efficiency of the simultaneous reaction and separation process

calculate_reactor_design_tool

Determines the physical specifications and operating conditions of the reaction vessel

See how to talk to your AI agent using MTBE Production Plant Designer.

Calculate the reactor design for 50 units of isobutene and 60 units of methanol with a 0.95 target conversion.

The required reactor volume is 125.5 m³, operating at 75°C and 15 bar, requiring 45.2 kg of catalyst.

What is the methanol recovery if I have 10 units of excess methanol and 0.85 recovery efficiency?

The recovered methanol is 8.5 units, with 1.5 units wasted, resulting in a recycling efficiency of 85%.

Estimate catalyst needs for a production capacity of 500 MTBE/hr with a reaction rate constant of 0.05.

The total catalyst mass required is 250 kg, with a volume of 180 L and an estimated lifespan of 12 months.

You can calculate reactor volumes, catalyst mass, distillation purity, and methanol recovery rates using the provided engineering tools.

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