How to improve chicken manure dryer processing capacity ?

Chicken manure dryer also is called poultry manure dryer, rotary manure dryer, manure drying machine, etc.  It is developed and optimized based on the rotary drum dryer according to the features of poultry manure: High humidity up to 70-75% water content, strong smell, sticky, corrisive, inner water, etc.

Then how to improve chicken manure dryer processing capacity ?

The key point is to increase the heat exchanging efficiency. In other words, it means that for the same poultry manure drying machine, with lower energy consumption, can have higher drying capacity.  In such situation, the rotary manure dryers can creat more benefits accordingly.

If the heat efficiency of chicken manure dryer is low, then even one big size dryer, but its drying capacity will be rather low even with rather high fuel consumption. 

Then, how to improve the heat efficiency of chicken manure dryer machine ?

>>> Reasonable inner structure of chicken manure dryer machine which can disperse wet manure sufficiently, and increase heat contact area with high temperaure flue gas. 

>>> Induced draft fan working together with air duct can supply matched air volume and air speed, so that enough high temperature air can go into dryer drum, after the heat exchanging process, the exhaust air and water vapor can be sucked out of the dryer drum in time.

>>> Matched manure dryer diameter and length according to the drying capacity of chicken manure. Too long and big dryer size, not means high drying capacity， it even will consume much heat but only have low production capacity.

>>> For the rotary chicken manure dryer by Sunco Machinery, the suggested manure moving speed is about 1 m/s, and then the drying time is about 25-30 minutes inside the dryer drum. If the drying time is too short, then there is not enough heat exchanging efficiency, and then much of heat will be lost.

During the drying process of the chicken manure, by improving heat efficiency, poultry manure dryer can have higher production capacity with less fuel consumption cost.