MCP For Claude Marketplace
Evaporator Design Engineer

Evaporator Design Engineer MCP Connector for Claude

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Calculate thermal requirements and equipment dimensions for industrial evaporation systems.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized engineering tools for designing industrial evaporation systems. It allows users to calculate heat transfer area, steam consumption, and the optimal number of effects for multi-stage processes. Use calculate_single_effect_design for simple setups, calculate_multiple_effect_design to optimize energy efficiency through multiple stages, estimate_energy_cost to project operational expenses, and analyze_boiling_point_impact to understand how solute concentration affects temperature driving force.

evaporationthermal-engineeringsteam-consumptionheat-transferindustrial-process

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

analyze_boiling_point_impact

Analyze sensitivity to boiling point elevation

calculate_multiple_effect_design

Calculate equipment requirements for a multi-stage evaporation process

calculate_single_effect_design

Calculate equipment requirements for a single-stage evaporation process

estimate_energy_cost

Estimate operational costs for the evaporation design

See how to talk to your AI agent using Evaporator Design Engineer.

Calculate the requirements for a single-effect evaporator with a feed rate of 5000 kg/h, initial concentration of 5%, target concentration of 25%, and steam at 150°C.

The required heat transfer area is 125.4 m² and the estimated steam consumption is 1850 kg/h for this single-effect design.

How many effects are needed for a 10000 kg/h feed to reach 40% concentration from 10%, using 120°C steam, if I cannot exceed 2500 kg/h of steam consumption?

To stay below the 2500 kg/h steam limit, a 3-effect evaporation system is required.

What is the annual cost for a system consuming 3000 kg/h of steam using waste heat, running 16 hours a day?

The estimated daily cost is $450 and the total annual cost is $164,250 based on current waste heat recovery models.

You can use the `calculate_multiple_effect_design` tool. Provide the feed rate, concentrations, steam temperature, and your maximum allowed steam consumption to find the optimal number of stages.

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