MCP For Claude Marketplace
Reserves Estimation Volumetric

Reserves Estimation Volumetric MCP Connector for Claude

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Calculate oil and gas in place and recoverable reserves using the volumetric method.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized tools for petroleum engineering calculations. It allows AI agents to estimate Original Oil/Gas in Place (OOIP/OGIP) using calculate_oil_in_place, determine extractable volumes with calculate_recoverable_reserves, and classify reserves into Proved, Probable, and Possible categories via estimate_reserve_categories. It also includes validate_reservoir_parameters to ensure physical consistency of reservoir inputs.

oilgasreservesvolumetricpetroleum-engineering

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

validate_reservoir_parameters

Checks the physical consistency of a set of reservoir inputs

calculate_oil_in_place

Calculates the total original oil in place (OOIP) based on reservoir physical properties

calculate_recoverable_reserves

Calculates the volume of oil that can be extracted

estimate_reserve_categories

Applies uncertainty ranges to the recoverable reserves to provide P1, P2, and P3 classifications

See how to talk to your AI agent using Reserves Estimation Volumetric.

Calculate the oil in place for a reservoir with 500 area, 50 thickness, 0.2 porosity, 0.3 water saturation, and 1.2 formation volume factor.

The total original oil in place is 42,000 units.

If I have 100,000 units of oil in place and a recovery factor of 0.3, what are the recoverable reserves?

The recoverable reserves are 30,000 units.

Estimate the P1, P2, and P3 reserves for 50,000 recoverable reserves using confidence multipliers of 0.9, 0.7, and 0.5.

The reserve categories are: Proved (P1) is 45,000, Probable (P2) is 35,000, and Possible (P3) is 25,000.

The volumetric method is a technique used to estimate the total volume of hydrocarbons in a reservoir based on its physical properties like area, thickness, porosity, and saturation.

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