The SV Bulk Solids Cooler with patented technology is the best choice for cooling fertilizer particles. More than 200 sets of powder flow heat exchangers serving the global powder heat exchange field.

Hanertech SV powder heat transfer technology effectively combines the powder particle dense phase transport principle with the plate heat transfer plate technology innovation.

The results show that the powder flow cooler can effectively cool the fertilizer, which is a solution with low operating cost, low energy consumption and no pollution.

The heat transfer plate group of the powder flow cooler is composed of a set of parallel vertical heat transfer plates. When the cooling fertilizer flows through the channel in the heat transfer plate, the material between the heat transfer plates is cooled by heat conduction, and the cooling fertilizer passes slowly from the top to the bottom of the heat transfer plate in a uniform and controllable way. Vertical indirect heat transfer cooling fertilizer passes slowly downwards between a series of hollow vertical heat transfer plates. The slow and controlled flow of cooled fertilizer ensures optimal product quality. Effectively prevent the wear and decomposition of the cooling fertilizer, and fundamentally ensure that the particle properties and crystal types of the product are not destroyed.

Compared with the traditional cooling fertilizer cooling process, the powder flow cooler has the following characteristics:

The cooling water flows through the internal channel of the heat transfer plate to cool the fertilizer, and the air is no longer used to cool the fertilizer cooling process.

High efficiency, energy consumption is reduced by 90% compared to processes using air cooling.

Eliminating dust and gas emissions, this process no longer uses direct gas cooling to cool fertilizers.

The installation cost is low and there is no need to use gas handling equipment such as large diameter air ducts, motors, fans, dust collectors, air coolers and emission control equipment.

Optimal product quality, air does not come into direct contact with the cooling fertilizer, avoiding bacterial contamination, odor pollution and changes in the moisture content of the cooling fertilizer. The design of the heat exchanger is simple, no moving parts, high reliability and less maintenance items.

The installation form of the heat transfer plate is easy to repair and clean. This design facilitates the separation or replacement of a single heat transfer plate.