Egg Powder Processing
What seperates Moba's multistage vertical drying system is that this technology focuses on achieving higher quality dried egg products.
Product Information
In cooperation with specialist TAV Ingenieria, Moba offers a technology that focuses on achieving higher quality dried egg products: a multistage vertical drying system. What separates this technology from the traditional method that uses a horizontal dryer is that the spraying of the liquid happens at the top of a vertical tower.
Such a vertical tower system has many benefits compared to a traditional system. One of the most important is that this way of spray drying creates a superior product at a lower cost.
The first stage is similar to the traditional system: The hot air blows through the spray particles and picks up the moisture, creating the powder. The second stage is that – because of the vertical tower – the fine particles can be re-injected at the top of the chamber. These fine particles agglomerate with the just-formed particles. The final product will rehydrate much quicker than traditional powder, saving the end-user valuable time. Finally, the dried particles descend to the bottom of the tower system, where the static fluid bed blows air at a lower temperature from the bottom. This will create much better flowability to the powders and also will avoid caking of the more fatty products, such as whole-egg and yolk powder. Plus, the use of this system allows final drying at a much lower temperature, so not only a better product is created, but it also saves energy.
Using a vertical tower will also enable you to clean the system automatically. Instead of cleaning the chamber manually, a vertical tower is CIP-cleanable. This makes switching from creating egg-white powder to creating powdered yolk or whole-egg products much easier.
If you have any questions, please get in touch with your local Moba sales representative to help you further.
Specifications
Swipe this table side to side to view all specifications
| Model (Capacities related to water evaporation): | 280 | 500 | 750 | 1000 | 1500 | 2000 | 2500 | |||
| % solids | Moisture content | Flow kg/h | ||||||||
| Whole egg | Liquid feed | 24% | 373 | 667 | 1000 | 1333 | 2000 | 2667 | 3333 | |
| Powder | 4% | 93 | 167 | 250 | 333 | 500 | 667 | 833 | ||
| Yolk | Liquid feed | 43,5% | 512 | 914 | 1371 | 1829 | 2743 | 3657 | 4571 | |
| Powder | 4% | 232 | 414 | 621 | 829 | 1243 | 1657 | 2071 | ||
| White | Liquid feed | 12% | 322 | 575 | 863 | 1150 | 1725 | 2300 | 2875 | |
| Powder | 8% | 42 | 75 | 113 | 150 | 225 | 300 | 375 | ||
| Concentrated white* | Liquid feed | 25% | 384 | 687 | 1030 | 1373 | 2060 | 2746 | 3433 | |
| Powder | 8% | 104 | 187 | 280 | 373 | 560 | 746 | 933 | ||
| *) Concentrated liquid is obtained by using ultra filtration or reverse osmosis | ||||||||||
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