MCP For Claude Marketplace
Natural Gas Dehydration Designer

Natural Gas Dehydration Designer MCP Connector for Claude

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Engineering tool for designing glycol absorption and molecular sieve adsorption dehydration systems.

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

This MCP provides specialized engineering tools for natural gas dehydration design. It allows for the calculation of TEG-based glycol absorption systems using design_glycol_system to determine circulation rates, contactor diameters, and reboiler duties. For solid-phase adsorption, design_molecular_sieve_system calculates required desiccant bed dimensions. Additionally, users can determine theoretical limits with calculate_equilibrium_water_content and estimate environmental impact using estimate_btex_loss.

dehydrationglycolmolecular-sievenatural-gasprocess-engineering

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

design_molecular_sieve_system

Calculates the required desiccant bed dimensions for adsorption-based dehydration

estimate_btex_loss

Estimates the amount of aromatic hydrocarbons lost during the glycol regeneration process

design_glycol_system

Calculates the physical and operational requirements for a TEG-based dehydration unit

calculate_equilibrium_water_content

Determines the theoretical maximum water content in the gas at specific conditions

See how to talk to your AI agent using Natural Gas Dehydration Designer.

Design a glycol dehydration system for 500,000 scfh of gas with 60 lb/MMscf water content, targeting a 30F dew point at 800 psia and 100F, using 95% pure glycol.

The required glycol circulation rate is 12.5 gallons per hour, the contactor diameter is 36 inches, and the reboiler duty is 45,000 BTUs per hour.

Calculate the molecular sieve bed size for 1,000,000 scfh of gas, 100 lb/MMscf water, 30F target dew point, 1000 psia, 110F, and a 12-hour cycle time.

The required desiccant bed has a volume of 45 cubic feet, a diameter of 48 inches, a height of 72 inches, and requires 1,200 pounds of desiccant.

What is the equilibrium water content at 500 psia and 80F?

The theoretical maximum water content at 500 psia and 80F is 42.5 lb/MMscf.

The tool supports glycol absorption, which uses a liquid desiccant, and molecular sieve adsorption, which uses solid desiccant beads.

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