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ers have come to know. Whilst working on the low energy design, our engineers paid special attention to limit the additional CAPEX expenses that are usually associated with such a design. In fact, the Ultra Low Energy Design results in overall reduction in the investment costs of the urea section.
on less than 10 years ago. The plants using this technology are operating at, or above, their original design capacity, and are producing superior products complying with all required product quality standards. The key of the success of the Stamicarbon urea granulation technology is the film spraying characteristic of the nozzles. Film spraying requires a minimum amount of formaldehyde. Furthermore, Stamicarbon offers seamless integration between the granulation plant and the urea melt and scrubbing technologies.
and maximum lifespan of your urea process equipment. Ensure the integrity and determine the remaining service life of your plant’s assets. ADVANCE INSPECT™ Urea Equipment ADVANCE INSPECT™ High Pressure Piping.
of urea prills and granules without the use of formaldehyde. Stamicarbon's coating composition solution for strengthening urea prill stability. Urea prills readily absorb moisture from the atmosphere, which leads to caking, a decrease in dynamic strength and increased dust formation. ADVANCE COAT™ solve all these problems as it increases the moisture resistance of urea prills and granules which dramatically improves the handling and storage properties. On top of that ADVANCE COAT™ is easier and cheaper to apply than urea formaldehyde making it a cost-effective, safe and crop-friendly solution.
