MCP For Claude Marketplace
Carbon Adsorption Design

Carbon Adsorption Design MCP Connector for Claude

A+

Design carbon adsorption circuits for gold recovery processes.

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

This MCP server provides engineering tools to design carbon adsorption circuits used in gold recovery. It allows for precise calculation of critical operational parameters including carbon inventory, tank sizing, and replenishment rates. Use calculate_carbon_inventory to determine required carbon mass, design_tank_dimensions for vessel sizing, calculate_advance_rate for replenishment speed, and predict_isotherm_loading to model gold uptake based on adsorption isotherms.

gold-recoveryadsorptioncarbon-designmining-engineeringisotherm-modeling

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

calculate_advance_rate

Calculates how fast carbon must be replenished or moved to maintain efficiency

calculate_carbon_inventory

Determines the total mass of activated carbon required for the circuit

design_tank_dimensions

Calculates the physical volume required for the adsorption vessels

predict_isotherm_loading

Predicts how much gold will be on the carbon at equilibrium for a given concentration

See how to talk to your AI agent using Carbon Adsorption Design.

How much carbon do I need for a throughput of 100 m3/h with 5 mg/L gold and a capacity of 10 mg/g?

The required carbon inventory is 50 kg with a safety factor of 1.2, totaling 60 kg of carbon.

What size tank is needed for 50 m3/h throughput with a 2-hour contact time and 40% carbon holdup?

The required total tank volume is 250 m3, consisting of 150 m3 of solution and 100 m3 of carbon.

Predict the gold loading for a feed concentration of 2 mg/L with an isotherm constant of 0.5.

The predicted equilibrium gold loading is 1.0 mg/g.

You can use the `calculate_carbon_inventory` tool by providing the gold concentration, the loading capacity, and the solution throughput.

Related Connectors

Accelerator Follow-on Fund Modeler

Accelerator Follow-on Fund Modeler MCP

3 tools Official

Project fund economics, deployment capacity, and return scenarios for accelerator follow-on funds.

A+ View details →
Isomerization Unit Design

Isomerization Unit Design MCP

4 tools Official

Design and optimize light naphtha isomerization units using chemical equilibrium models.

A+ View details →
Ethanol Yield Calculator

Ethanol Yield Calculator MCP

4 tools Official

Calculate ethanol production, co-product yields, and energy/GHG metrics from grain feedstocks.

A+ View details →
Polymerization Unit Design

Polymerization Unit Design MCP

4 tools Official

Design polymerization units for converting propylene and butylene into high-value fuel additives.

A+ View details →