Perfect Ammonium Sulfate Plate Cooler Exchanger

Why so many factories want to install indirect plate heat exchanger for Ammonium Sulfate cooling?

1, Lower the packing temperature below 40to solve the caking problem
2, Reduce energy consumption and emission
3, Compact design with simple system
4, Easy to install with small installed space
5, Increase plant competitiveness
6, Low maintenance cost

The Challenges: the traditional fluid bed cooler & drum cooler has to face the below problems:

1, High product temperature result in product degrades and cakes during the storage
2, Energy consumption not sustainable due to very low profit margin
3, Emissions above the new limit legislation

References:

Hubei Sanning Corporation, one of our customers, found in 1969, is a national high-tech enterprise, it has an annual production capacity of 1.5 million tons of total ammonia, 3.5 million tons of nitrogen fertilizer, phosphate fertilizer and compound fertilizer, 230 tons of sulfuric acid and phosphoric acid, etc.

Technical data:

Product: Ammonium Sulfate
Flowrate: 30T/H
Inlet product: 70℃
Outlet product: 40℃
Inlet water: 32℃
Fertilizer cooler has been put into use after commissioning and accepting within this month, the packing temperature was cooled to have a high yield in summer.

Project presentation

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Post time: Nov-26-2020