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Our Granulation Design that produces Producing tailor-made urea granules of the highest possible quality.

The most cost-effective finishing solution for producing solid urea.

An alternative cost-effective solution to replacing High Pressure equipment.

Stamicarbon’s Urea plant inspection services that ensures the integrity of your equipment and determine the remaining service life of your plant's operation.

Our N/C Meter that improves control of the urea synthesis process and reaches its highest reactor efficiency by accurately and continuously measuring the N/C ratio.

Our leak Detection System that continuously monitor leaks in the lining of High Pressure equipment to ensure safe operation.  

Stamicarbon's coating composition solution for strengthening urea prill stability.

Stamicarbon's corrosion inhibitor which prevents harmful corrosion of carbon steel under various conditions.

Our Prill Impact Strengthener that dramatically improves the mechanical strength of your urea pills through seeding and decreasing disintegration, dust formation and caking.

Stamicarbon's high quality prilling bucket design.

Stamicarbon’s selection of HSE products and services that can make your plant safer and more environmentally friendly.

Stamicarbon's unique proprietary solution to design urea melt plants with zero ammonia emission in an environmental and cost friendly way.

Stamicarbon's Plant Assessment that evaluates the opportunities to increase capacity and/or decrease operational costs and/or decrease emissions.

Our Process Monitor is a steady state on-line process model that includes Stamicarbon's state-of-the-art H&M balance, thermodynamic and kinetic urea models.

Stamicarbon's real time urea process simulator for melt and granulation plants.

We have developed training programs to keep you and/or staff up to date. The trainings can be tailor-made to your specific needs. Get the most out of you staff and yourselves.

Significantly increasing your plant output, from 10% up to 100%.

Significantly lower steam utilization and optimal use of feedstock consumption.

Reducing emissions according to international standards.