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It is said that water-cooled powder flow coolers used after compound fertilizer production units eliminate the need for coolers and dust removal systems, resulting in almost zero power consumption. Are there any disadvantages?
I’d like to know; please share your opinions!
It is essentially a heat exchanger that uses water for cooling; therefore, its power consumption is almost zero. However, its operating cycle is short, and solid particles can easily clog the pipelines, requiring regular cleaning.
Prone to moisture absorption and clogging; short operation cycle
It won’t get clogged due to moisture absorption; it features the latest technology and delivers good performance, though there are requirements regarding the installation location.
Powder flow technology is a useful tool, but the design parameters are very important, as is the operating environment; otherwise, moisture absorption and clogging within the cooler can occur.
At the discharge port at the bottom of the powder flow equipment, material accumulation occurs after operating for a certain period of time, and it is necessary to clean it regularly; Additionally, the bottom of the equipment itself is equipped with a vibrating discharge mechanism; its power consumption is low, but the supporting systems also consume electricity, such as the cooling water system (usually a cooling tower), the fan-based dust removal system, and the air compressor system that supplies compressed air.
The problem of blockages can be controlled; over time, rollers and fluidized beds also require system cleaning, which is determined by the technological characteristics of compound fertilizers. There are many advantages to powder flow, and some imperfections are acceptable, aren’t they?
Hello. I am a manufacturer of powder cooling equipment that uses indirect heat exchange, with no contact between the powder and the cooling medium. Phone: 15501615850
Almost all compound fertilizer manufacturers now use powder flow coolers, right?