# Natural Gas Dehydration Designer AI Agent Connect

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

## Overview
- **Category:** engineering
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_gP5zVIGgfvYtftHQ7jiCE30ihpeYYU21mhz8wq3U/ai-agent-connect
- **Tags:** dehydration, glycol, molecular-sieve, natural-gas, process-engineering

## Description

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`.

## Tools

### 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

## Prompt Examples

**Prompt:** 
```
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.
```

**Response:** 
```
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.
```

**Prompt:** 
```
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.
```

**Response:** 
```
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.
```

**Prompt:** 
```
What is the equilibrium water content at 500 psia and 80F?
```

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

## Frequently Asked Questions

**What is the difference between the two design methods?**
The tool supports glycol absorption, which uses a liquid desiccant, and molecular sieve adsorption, which uses solid desiccant beads.

**How do I calculate the contactor size for a glycol system?**
You can use the `design_glycol_system` tool, which provides the required contactor diameter based on your gas flow rate and operating conditions.

**Can I estimate environmental emissions?**
Yes, the `estimate_btex_loss` tool allows you to estimate the amount of aromatic hydrocarbons lost during the glycol regeneration process.