Well Stimulation Design

Well Stimulation Design MCP Connector for Claude

A+

Optimize matrix acidizing and hydraulic fracturing treatments.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for reservoir stimulation engineering. Use acidize_matrix to calculate acid volumes and injection rates for mitigating formation damage. Use fracture_design to generate detailed hydraulic fracturing plans, including proppant schedules and fracture dimensions. The server also includes stimulation_comparison to evaluate the best method for specific well conditions and skin_impact_analyzer to predict flow rate improvements based on skin reduction.

stimulationacidizingfracturingreservoirpetroleum

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

skin_impact_analyzer

Predicts the impact on wellbore performance based on skin reduction

stimulation_comparison

Evaluates whether matrix acidizing or hydraulic fracturing is more suitable

acidize_matrix

Calculates parameters for a matrix acidizing treatment to mitigate formation damage

fracture_design

Generates a stimulation plan for hydraulic fracturing

See how to talk to your AI agent using Well Stimulation Design.

Compare acidizing and fracturing for a reservoir with 50 mD permeability and 5 skin.

Matrix acidizing is recommended for this reservoir due to the relatively high permeability of 50 mD.

Calculate acidizing parameters for carbonate scale damage with initial skin of 10 and target skin of 2 at 100 mD permeability.

The required acid volume is 150 liters with an injection rate of 12 L/min, resulting in an expected skin reduction to 2.

Design a fracture for a 100 mD reservoir with 50m length and 20m height using ceramic proppant for a 30% productivity increase.

The fracture design includes a ceramic proppant schedule with an estimated fracture width of 0.15 inches and a predicted productivity gain of 32%.

You can use the `stimulation_comparison` tool. It evaluates permeability and reservoir pressure to recommend the most efficient method.

Related Connectors