Urea Plant Design Engineer

Urea Plant Design Engineer MCP Connector for Claude

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Specialized engineering tool for urea production plant design and feedstock validation.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized chemical engineering tools for designing urea production facilities. It allows engineers to use calculate_reactor_specs to determine physical reactor requirements, calculate_recycle_requirements to manage unreacted gas recovery, and design_finishing_system to select between prilling or granulation processes. It also includes validate_feedstock_balance to ensure ammonia and CO2 supplies meet stoichiometric needs for technologies like Stamicarbon, Snamprogetti, or ACES.

ureachemical-engineeringplant-designstoichiometryprocess-technology

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

calculate_reactor_specs

Determines the physical and operating requirements of the urea synthesis reactor

calculate_recycle_requirements

Calculates the volume of unreacted gases that must be recovered and returned to the system

design_finishing_system

Selects and specifies the appropriate equipment for converting liquid urea to solid product

validate_feedstock_balance

Verifies if the provided ammonia and carbon dioxide levels can sustain the desired plant capacity

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Calculate the reactor specifications for a 1000 ton/day plant using Stamicarbon technology.

The required reactor volume is 45 cubic meters with an operating pressure of 150 bar and temperature of 185°C.

What is the recycle requirement for a reactor with 50 cubic meters volume using Snamprogetti at 0.6 conversion rate?

The recycle ratio is 0.4 and the estimated recycle flow rate is 120 metric tons per day.

Design a granulation system for a 500 ton/day urea plant using ACES technology.

The granulation system requires a rotating drum with a capacity of 500 tons/day and a medium energy intensity profile.

The server supports Stamicarbon, Snamprogetti, and ACES process architectures.

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