MCP For Claude Marketplace
Sand Control Design

Sand Control Design MCP Connector for Claude

A+

Design sand control methods for unconsolidated formations.

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

This MCP server provides specialized engineering tools for designing sand control systems in unconsolidated geological formations. It enables precise calculations for analyze_formation_stability to assess sand production risk, calculate_gravel_pack_size for optimal gravel selection, determine_screen_slot_width for mechanical filter sizing, and evaluate_plugging_risk to predict fines migration impacts. It bridges the gap between geological grain size distribution data and practical wellbore completion hardware.

sand-controlwellboregravel-packformation-stabilitypetroleum-engineering

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

analyze_formation_stability

Assesses the risk of sand production based on formation strength and grain properties

evaluate_plugging_risk

Predicts the likelihood of the sand control system becoming blocked by fine particles

calculate_gravel_pack_size

Determines the optimal diameter of gravel to be used in a gravel pack completion

determine_screen_slot_width

Calculates the physical opening width required for the mechanical screen

See how to talk to your AI agent using Sand Control Design.

What is the sand production risk for a formation with strength 500 and a drawdown of 200?

The sand production risk is rated as Low with a stability rating of Stable.

Calculate the gravel pack size using the Saucier method for this distribution: [{"size": 0.1, "percent": 100}]

The optimal gravel size is 0.15 units with a retention ratio of 1.5.

What slot width do I need for a 0.25 gravel size filtering the gravel?

The required slot width is 0.20 units.

You can use the `analyze_formation_stability` tool by providing the grain size distribution, formation strength, and expected production pressure.

Related Connectors

Field Development Optimization

Field Development Optimization MCP

4 tools Official

Optimize reservoir development plans, drilling schedules, and facility sizing.

A+ View details →
Bit Selection Optimization

Bit Selection Optimization MCP

4 tools Official

Select the most efficient drill bit based on geological properties and drilling objectives.

A+ View details →
mat-foundation-design

mat-foundation-design MCP

4 tools Official

Engineering tool for mat foundation thickness, reinforcement, and settlement calculations.

A+ View details →
Drilling Cost Per Foot Analyzer

Drilling Cost Per Foot Analyzer MCP

4 tools Official

Calculate drilling cost per foot and perform sensitivity analysis for ROP and bit life.

A+ View details →