Storage Tank Evaporation Loss Calculator

Storage Tank Evaporation Loss Calculator MCP Connector for Claude

A+

Quantify VOC evaporation losses from storage tanks using physical and environmental data.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools to calculate volatile organic compound (VOC) losses from liquid storage tanks. It models the interaction between product volatility and the physical environment to determine standing losses, working losses, and total annual losses. Use get_product_volatility_profile to retrieve vapor pressure data, calculate_standing_losses for idle tank losses, and calculate_working_losses for operational turnover losses.

evaporationvocstorage-tankschemical-engineeringemissions

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

get_product_volatility_profile

Get the characteristic vapor behavior of a specific product

calculate_standing_losses

Calculate standing losses for a storage tank

calculate_total_annual_loss

Calculate the total expected annual volume of product lost

calculate_working_losses

Calculate working losses for a storage tank

See how to talk to your AI agent using Storage Tank Evaporation Loss Calculator.

What is the vapor pressure profile for Gasoline?

Gasoline has a reference vapor pressure of 45.0 kPa and is classified as High volatility.

Calculate the standing losses for a fixed roof tank with a 10m diameter, 15m height, 45 kPa vapor pressure, 25°C temperature, and 5 m/s wind speed.

The calculated standing loss volume is 124.5 cubic meters.

What would be the total annual loss if standing losses are 500 units and working losses are 1200 units, with an environmental factor of 1.2?

The total expected annual loss is 2040.0 units.

Standing losses occur when the tank is idle due to thermal breathing and filling displacement. Working losses occur during the operational cycle of filling and emptying the tank.

Related Connectors