MCP For Claude Marketplace
Cooling Tower Sizing Utility

Cooling Tower Sizing Utility MCP Connector for Claude

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Thermodynamic sizing and water balance calculations for industrial cooling towers.

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

This MCP server provides professional engineering tools to design and analyze cooling tower performance. Use calculate_tower_dimensions to determine physical tower size and air flow requirements based on heat load and wet bulb temperature. Use estimate_water_balance to calculate necessary makeup water and system losses. You can also use validate_cooling_constraints to check if a temperature profile is physically achievable and get_tower_efficiency_metrics to evaluate thermal effectiveness.

cooling-towerheat-transferwater-treatmentthermal-engineeringindustrial-cooling

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

estimate_water_balance

Estimates the water balance for the cooling tower system

calculate_tower_dimensions

Calculates the required dimensions and air flow for a cooling tower

validate_cooling_constraints

Validates if the proposed cooling profile meets hardware constraints

get_tower_efficiency_metrics

Calculates efficiency metrics for the cooling tower

See how to talk to your AI agent using Cooling Tower Sizing Utility.

What size tower do I need for a 5000 kW heat load with a wet bulb of 25°C, an approach of 5°C, and a circulation rate of 100 kg/s?

The required cooling tower has a diameter of 4.5 meters, a height of 6.2 meters, a cooling range of 15°C, and requires an air flow of 120 m³/s.

Is it possible to reach a water temperature of 28°C if the wet bulb is 26°C and my minimum approach is 2°C?

No, the proposed profile is not feasible because the calculated approach is only 2°C, which does not meet the minimum required approach of 2°C when considering precision limits.

Calculate the water balance if evaporation is 0.5 kg/s and blowdown is 0.1 kg/s.

The total makeup water required is 0.6 kg/s, with total system losses of 0.6 kg/s.

You can use the `calculate_tower_dimensions` tool by providing the heat load, wet bulb temperature, approach temperature, and circulation rate.

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