MCP For Claude Marketplace
Ion Exchange System Designer

Ion Exchange System Designer MCP Connector for Claude

A+

Design ion exchange columns, calculate resin volumes, and estimate regeneration needs.

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

This MCP server provides specialized engineering tools for designing ion exchange (IX) systems. It allows AI agents to calculate the required calculate_resin_volume based on water chemistry, determine physical design_column_dimensions for the exchange vessels, and estimate_regeneration_requirements for restoring resin capacity. Additionally, it can analyze_kinetic_suitability to ensure the system provides sufficient contact time to prevent premature breakthrough.

ion-exchangeresinwater-qualitychemical-engineeringfiltration

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

analyze_kinetic_suitability

Evaluates if the proposed design provides enough contact time for ion exchange

calculate_resin_volume

Determines the required volume of resin needed to treat a specific volume of water to a target effluent quality

design_column_dimensions

Calculates the physical geometry (diameter and height) of the exchange column

estimate_regeneration_requirements

Calculates the amount of chemical regenerant needed to restore the resin's capacity

See how to talk to your AI agent using Ion Exchange System Designer.

How much resin do I need to treat 10,000 liters of water with an influent concentration of 50 mg/L and a target of 5 mg/L, using a resin with 0.5 eq/L capacity?

To treat 10,000 liters of water under these conditions, you will require 900 liters of resin.

What are the dimensions for a column containing 500 liters of resin if the minimum bed depth is 1.5 meters and the target flow rate is 10 m3/h?

The column should have a diameter of 0.65 meters and a total height of 1.8 meters to accommodate the resin and freeboard.

How much chemical is needed to regenerate 200 liters of resin with 80% efficiency?

The required regenerant volume is 250 liters based on the specified efficiency and stoichiometric ratio.

You can use the `calculate_resin_volume` tool by providing the total water volume, the influent and target contaminant concentrations, and the resin's operating capacity.

Related Connectors

Dense Media Separation (DMS) Designer

Dense Media Separation (DMS) Designer MCP

4 tools Official

Design efficient DMS circuits by calculating equipment dimensions, media properties, and separation performance.

A+ View details →
Reactor Design Batch

Reactor Design Batch MCP

4 tools Official

Calculate reactor sizing, thermal safety, and production schedules for batch chemical processes.

A+ View details →
Catalytic Reactor Design Engine

Catalytic Reactor Design Engine MCP

4 tools Official

Computational engine for sizing and profiling catalytic reactors.

A+ View details →
Aquarium Water Chemistry Calculator

Aquarium Water Chemistry Calculator MCP

3 tools Official

Calculate precise chemical dosages for freshwater aquariums.

A+ View details →