MCP For Claude Marketplace
Sulfuric Acid Plant Design

Sulfuric Acid Plant Design MCP Connector for Claude

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Professional engineering tool for designing sulfuric acid production facilities using the contact process.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized engineering tools for designing industrial sulfuric acid plants. It covers the entire contact process, from initial sulfur combustion to final acid absorption. Use get_burner_specs to define combustion chamber requirements, get_converter_specs to calculate catalytic reactor dimensions, get_absorption_tower_specs for absorption equipment design, and get_energy_recovery_profile to estimate steam generation potential from exothermic reactions.

sulfuric-acidcontact-processchemical-engineeringplant-designindustrial-automation

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

get_absorption_tower_specs

Designs the equipment used to absorb sulfur trioxide into acid

get_burner_specs

Determines the physical and operational requirements for the sulfur combustion unit

get_converter_specs

Calculates the dimensions and catalytic requirements for the oxidation reactor

get_energy_recovery_profile

Estimates the thermal energy available for recovery from the exothermic process

See how to talk to your AI agent using Sulfuric Acid Plant Design.

Calculate the burner requirements for a plant processing 50,000 tons of granular sulfur per year.

The combustion chamber volume required is 125 m3, with a required air flow of 45,000 Nm3/h and an estimated heat output of 15.5 MW.

What are the converter specs for a double absorption plant with 10,000 tons of sulfur capacity and 99.5% target conversion?

For a double absorption design, the converter requires a catalyst volume of 45 m3, 4 stages, and a reactor height of 12 meters.

Design an absorption tower for a 500 Nm3/h SO3 flow rate at 98% concentration using double absorption.

The absorption tower design requires a diameter of 2.5 meters, a height of 15 meters, and an acid circulation rate of 120 m3/h.

The tool covers the standard contact process, including sulfur burner design, catalytic converter sizing, absorption tower specifications, and energy recovery estimation.

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