Urea cooling
Thread Content
I would like to ask the major urea producers whether they use powder flow coolers to cool urea How’s it working?
Many chemical companies have already used our powder flow coolers to cool urea in both large and small particle forms, and the feedback from users has been positive
Please provide a detailed explanation of the principles behind your technology, as well as key aspects such as energy consumption.
The urea board cooler in our company is a device that uses cooling water to indirectly cool urea particles; it mainly consists of a feed bin, a heat transfer plate assembly, and a discharge mechanism. The heat transfer plate assembly contains a series of hollow heat transfer plates, which are fully laser-welded together. Urea particles flow between the plates by their own gravity, while cooling water flows within the plates to facilitate indirect heat exchange. The device itself has zero power consumption. Different feeders are designed for large and small urea particles due to differences in fluidity, angle of repose, etc. The technical principles and process design of the urea plate cooler in our company come from Solex in Canada. It ensures that no caking, bridging, or pore flow occurs during slurry transport, while also guaranteeing good cooling effects. For more details, please visit the official website: www.chemequip.net. If you have any questions, feel free to leave a message on my message board; I will try to reply as soon as possible