MCP For Claude Marketplace
Floating Roof Tank Designer

Floating Roof Tank Designer MCP Connector for Claude

A+

Automated design of floating roof storage tanks following API 650 Appendix C 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 floating roof storage tanks in compliance with API 650 Appendix C. It enables AI agents to perform critical calculations for roof architecture, seal selection, and environmental stability. Use select_roof_type to determine the best architecture, calculate_seal_system for containment requirements, evaluate_environmental_stability to assess wind and seismic risks, and design_roof_drainage to manage rainwater accumulation.

tank-designapi-650storage-tanksstructural-engineeringoil-and-gas

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

calculate_seal_system

Identifies the necessary primary and secondary seal configurations

design_roof_drainage

Determines the capacity and placement of roof drains to prevent weight accumulation

evaluate_environmental_stability

Assesses the risk of roof tilting or submergence due to wind and seismic events

select_roof_type

Determines the most appropriate floating roof architecture for a given tank configuration

See how to talk to your AI agent using Floating Roof Tank Designer.

Recommend a roof type for a 30m diameter tank storing liquid with a density of 850 kg/m3 and a max wind speed of 40 m/s.

For a 30m diameter tank with a product density of 850 kg/m3, a pontoon roof is recommended with a stability margin of 1.45.

What seal system is needed for a 20m diameter tank with high volatility product using a pontoon roof?

A high-performance mechanical seal system is required, featuring a primary liquid-tight seal and a secondary vapor seal with a total width of 0.6 meters.

Calculate the drainage requirements for a double-deck roof with a 25m diameter and 50mm/hr rainfall intensity.

The design requires 4 flexible hose drains with a total capacity of 120 liters per minute to prevent weight accumulation.

All calculations and design recommendations are based on the API 650 Appendix C standards for floating roof tanks.

Related Connectors

Kite Power Variance Engine

Kite Power Variance Engine MCP

4 tools Official

Calculates power volatility, gust severity, and control margins for kite-based wind energy systems.

A+ View details →
Kite Lofting Risk Assessment

Kite Lofting Risk Assessment MCP

4 tools Official

Calculate kite lofting risk by balancing aerodynamic lift against rider weight and wind gusts.

A+ View details →
Waterproofing Warranty & Maintenance

Waterproofing Warranty & Maintenance MCP

4 tools Official

Determine warranty durations, maintenance schedules, and risk profiles for waterproofing systems.

A+ View details →
Concrete Dome Design

Concrete Dome Design MCP

4 tools Official

Structural analysis for concrete thin-shell dome structures.

A+ View details →