MCP For Claude Marketplace
Steam Injection Design

Steam Injection Design MCP Connector for Claude

A+

Design steam injection processes for heavy oil recovery, calculating injection rates, steam quality, and expected oil recovery.

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

This MCP server provides specialized tools for designing thermal enhanced oil recovery (EOR) processes. It allows AI agents to calculate optimal steam injection rates using get_injection_rate, determine steam quality with calculate_steam_properties, define well pattern geometry via design_pattern_geometry, and predict total oil recovery using estimate_oil_recovery. The design accounts for critical reservoir factors like viscosity, depth, thickness, and gravity override to ensure efficient heat delivery and oil movement.

steam-injectioneorheavy-oilreservoir-engineeringthermal-recovery

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

get_injection_rate

Determines the optimal rate of steam injection based on reservoir properties and steam supply

design_pattern_geometry

Determines the spatial arrangement and size of the well patterns

calculate_steam_properties

Calculates the necessary steam quality and characteristics for the design

estimate_oil_recovery

Predicts the total volume of oil that can be recovered using the designed steam injection parameters

See how to talk to your AI agent using Steam Injection Design.

What is the optimal steam injection rate for an oil with 500 cP viscosity at 1000m depth, 50m thickness, and 500 units of steam availability?

The optimal steam injection rate is 125.5 units, optimized for the reservoir.

Calculate the steam quality if the injection rate is 150 and steam availability is 200.

The calculated steam quality is 0.75 with a thermal efficiency of 0.82.

Estimate the oil recovery for 200 cP oil, 150 injection rate, 500 pattern size, 0.8 steam quality, and 40m thickness.

The expected oil recovery is 12,500 barrels with a recovery factor of 0.35.

You can use the `get_injection_rate` tool by providing the oil viscosity, reservoir depth, thickness, and available steam supply.

Related Connectors

Underground Gas Storage Design

Underground Gas Storage Design MCP

4 tools Official

Design and size underground natural gas storage facilities.

A+ View details →
Reservoir Permeability Estimator

Reservoir Permeability Estimator MCP

4 tools Official

Estimates permeability, skin factor, and wellbore storage from pressure transient data.

A+ View details →
Mine Power Distribution Designer

Mine Power Distribution Designer MCP

4 tools Official

Design electrical distribution networks for mining environments, including transformer sizing and cable selection.

A+ View details →
Safety Valve Sizing

Safety Valve Sizing MCP

4 tools Official

Calculate SSSV dimensions, flow coefficients, and pressure drops.

A+ View details →