Amine Treating Unit Design

Amine Treating Unit Design MCP Connector for Claude

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Design amine treating units for acid gas removal by calculating equipment dimensions and energy requirements.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized engineering tools for designing amine treating units used in acid gas removal. It allows AI agents to calculate critical parameters such as the get_circulation_rate to ensure sufficient solvent flow, design_absorber for column dimensions, and design_stripper for regeneration requirements. Additionally, it includes evaluate_solvent_health to assess how contaminants like heat stable salts impact solvent capacity and corrosion risk.

amineacid-gasco2-removalh2s-removalprocess-engineering

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

get_circulation_rate

Determines the required amine flow to meet the acid gas removal targets

design_stripper

Calculates the dimensions and requirements for the regeneration column

evaluate_solvent_health

Assesses the impact of contaminants on the design

design_absorber

Calculates the physical dimensions of the absorption column

See how to talk to your AI agent using Amine Treating Unit Design.

Calculate the required amine circulation rate for a gas flow of 1000 m3/h with 5% acid gas concentration using MDEA and a loading of 0.4.

The required circulation rate is 125.5 m3/h with a lean loading of 0.1 and a rich loading of 0.4.

What are the dimensions for an absorber using a circulation rate of 125.5 m3/h and a gas flow of 1000 m3/h with MDEA?

The absorber will have a diameter of 1.2 meters, a height of 8.5 meters, and will require 20 trays.

How much reboiler duty is needed for a stripper with a circulation rate of 125.5 m3/h using DEA and 0.01 HSS concentration?

The required reboiler duty is 4.2 MW.

You can calculate amine circulation rates, absorber and stripper dimensions, reboiler duty, and evaluate solvent health based on heat stable salt concentrations.

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