MCP For Claude Marketplace
Flare System Design

Flare System Design MCP Connector for Claude

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Professional engineering tool for designing flare stacks and relief systems using API 520/521 standards.

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

This MCP server provides specialized engineering tools for designing safe and compliant flare systems. It allows users to calculate critical dimensions such as flare stack height and tip diameter using get_flare_stack_dimensions. Engineers can determine safe working distances from thermal radiation using calculate_radiation_distances, size liquid separators with size_knockout_drum, and ensure combustion quality with validate_smokeless_condition. All calculations adhere to industry-standard API 520 and API 521 methodologies.

api-520api-521flare-designthermal-radiationrelief-systems

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

calculate_radiation_distances

Calculates how far away personnel or equipment must be to stay within safe thermal radiation limits

get_flare_stack_dimensions

Determines the required height and tip diameter of the flare stack

size_knockout_drum

Determines the necessary volume and dimensions of the liquid separator

validate_smokeless_condition

Checks if the designed flare tip and gas composition will result in smoky combustion

See how to talk to your AI agent using Flare System Design.

What are the required flare stack dimensions for a relief rate of 500 kg/s with natural gas properties?

The required flare stack height is 45 meters with a tip diameter of 1.2 meters to maintain safe radiation levels.

How far away should personnel be if the allowed radiation is 1.5 kW/m²?

The safe distance for personnel is 85 meters from the flame center.

Calculate the size of a knockout drum for a gas flow of 200 kg/s and liquid flow of 5 kg/s.

The required knockout drum has a diameter of 3.5 meters and a height of 8 meters.

The tool follows the industry-standard API 520 and API 521 methodologies for relief systems and flare design.

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