Acid Treatment Volume Calculator

Acid Treatment Volume Calculator MCP Connector for Claude

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Calculates acid volume, injection rates, and skin reduction for matrix acidizing.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for matrix acidizing design. It allows AI agents to calculate the required acid volume using get_treatment_volume, determine optimal flow rates with calculate_injection_parameters, estimate productivity improvements via predict_skin_reduction, and assess chemical risks using evaluate_reaction_impact.

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

evaluate_reaction_impact

Analyzes the potential for secondary damage from reaction products

get_treatment_volume

Determines the total volume of acid required to treat the damaged zone

predict_skin_reduction

Estimates the improvement in well productivity after the acid treatment

calculate_injection_parameters

Determines the appropriate flow rate to maintain control over the acid front

See how to talk to your AI agent using Acid Treatment Volume Calculator.

Calculate the acid volume needed for a carbonate formation with a 2ft damage radius and 0.2 porosity using HCl_15.

The total volume required for the treatment is 15.7 cubic feet with an estimated spending rate of 0.05 units per minute.

What is the expected skin reduction if I treat a damage radius of 1.5ft with an initial skin of 5.0 using HCl_15?

The final skin is estimated to be 1.2, resulting in a skin reduction of 76% with a high effectiveness score.

Determine the injection rate for 50 cubic feet of acid to be injected over 4 hours in a sandstone formation.

The required injection rate is 12.5 cubic feet per hour, with an estimated pressure of 1200 psi.

You can use the `get_treatment_volume` tool by providing the damage radius, porosity, formation composition, and the acid system being used.

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