MCP For Claude Marketplace
Isobutylene Production Designer

Isobutylene Production Designer MCP Connector for Claude

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Optimize isobutylene production by analyzing feedstock suitability and selecting optimal separation processes.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized tools for chemical engineers to design isobutylene production units. By analyzing C4 cut characteristics, users can use analyze_feedstock_suitability to determine if a feedstock is viable, select_optimal_process to choose between MTBE cracking or SAA, and calculate_production_yield to estimate final output for polymer or chemical grades. It also allows for evaluating multiple pathways via compare_process_scenarios to maximize efficiency.

isobutylenec4-feedstockchemical-productionyield-optimizationprocess-selection

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

analyze_feedstock_suitability

Determine if a given C4 cut is viable for isobutylene production based on its properties

calculate_production_yield

Estimate the total amount of usable isobutylene that can be produced

compare_process_scenarios

Evaluate multiple production pathways to find the best balance of yield and grade

select_optimal_process

Identify the most efficient production technology for a specific feedstock

See how to talk to your AI agent using Isobutylene Production Designer.

Is a C4 cut with 45% isobutylene and 1000 units of capacity viable for production?

Yes, the feedstock is viable with a recommended process based on the 45% purity level.

What is the expected yield for 500 units of feedstock at 50% purity using a process with 0.85 efficiency for polymer-grade?

The total isobutylene output is 212.5 units, with a loss rate of 57.5%.

Compare processes for 1000 units of feedstock at 40% purity for chemical-grade.

The best process is MTBE Cracking, providing the highest yield for this specific feedstock configuration.

You can use the `analyze_feedstock_suitability` tool. It evaluates the isobutylene purity and total capacity to determine if the feedstock meets industrial requirements.

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