MCP For Claude Marketplace
Sulfur Recovery Unit Design

Sulfur Recovery Unit Design MCP Connector for Claude

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Design Claus sulfur recovery units by optimizing catalytic stages and air requirements.

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

This MCP server provides specialized chemical engineering tools for designing Claus sulfur recovery units. It allows users to model the entire process from initial combustion to final tail gas treatment. Use calculate_thermal_stage_requirements to determine combustion parameters, optimize_catalytic_stages to configure catalytic reactors, and estimate_tail_gas_treatment to meet environmental standards. The server also includes validate_unit_efficiency to audit the final design against initial targets.

claus-processsulfur-recoverychemical-engineeringindustrial-designprocess-control

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

optimize_catalytic_stages

Calculates the necessary number and configuration of catalytic reactors to reach a target recovery

validate_unit_efficiency

Performs a final audit of the entire design against the initial design targets

calculate_thermal_stage_requirements

Determines the combustion parameters needed for the initial thermal reaction

estimate_tail_gas_treatment

Determines the type and scale of treatment required to meet environmental limits

See how to talk to your AI agent using Sulfur Recovery Unit Design.

Calculate the thermal stage requirements for an acid gas with 20% H2S and 10% CO2.

The combustion air flow required is 1500 m3/h with a burn-through percentage of 85%.

How many catalytic stages are needed for a 95% sulfur recovery target?

To achieve 95% recovery, 3 catalytic stages are required with a total catalyst volume of 4.5 m3.

What tail gas treatment is needed for an emission limit of 10 ppm?

A hydrogenation and amine scrubbing TGTU is required to meet the 10 ppm emission limit.

You can use the `calculate_thermal_stage_requirements` tool by providing the acid gas composition as a JSON string.

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