Varipond C for clarifying decanters
Changing the diameter means changing the position of the eccentric centripetal pump. The pump position adjusts the pond depth and with it the lengths of the clarification and dewatering zone inside the bowl.
The longer the clarification zone the clearer the liquid, the longer the dewatering zone the drier the solids.
Varipond C for separating decanters
In separating - or 3-phase - decanters you can easily adapt the separation zone inside the decanter bowl. In 3-phase systems you have two liquid phases and one solids phase, i.e. water, oil and solids.
As the composition of the feed is constantly changing, the optimum setting for the separation zone is changing constantly, too. With Varipond C for 3-phase systems you can easily adapt your separation zone to those changing feed conditions.
The composition of the product you feed into your decanter is not always the same, especially if you are processing naturally grown products. Water, oil and solids contents vary because of i.e. weather, time - or rather: how fast you process your feedstock – or the operation of previous process stages. To always get the best separation results you have to adjust the separation zone inside your decanter according to the those feed conditions.
Adjusting your GEA decanter has never been easier than with Varipond C. Just select the respective diameter – manually or automatically – and the position of the eccentric centripetal pump adjusts pond depth and/or separation zone inside the bowl.
With GEA Varipond C adjusting your decanter to changing feed conditions, a varying flow rate or even different feedstocks can be done instantly and directly at the running machine.
Thus, making sure you always have the best separation results is
- Easy
- Fast
- Precise
- And easily repeatable.
Because, with GEA Varipond C you can even program and save recipes in your control system to make your decanter run in the optimum operation mode, literally at the touch of a button.
This is how your separation zone becomes a true a comfort zone.
On top, GEA Varipond C is energy efficient due to less friction taking place at the centripetal pump, comes in hygienic design so it can be easily used in all beverage and food applications and is available for our entire decanter fleet for you to scale up your good experience with it.
And good news for all our beverage customers: you can even combine Varipond C with hydrohermetic sealing making sure your job will become much easier in future, even if you need a decanter system that prevents your product from oxygen pick-up.
Comfortable and easy
Easy, fast and precise adjustment of decanter settings, even recipes possible
Highest yields
Whatever product or product composition, always run the decanter at its operational optimum
Hydrohermetic sealing
Combination with hydrohermetic sealing possible
Energy efficient
Low friction at centripetal pump
Food grade
In accordance with hygienic design guidelines
Scaleable
Available for the entire decanter fleet – if you know one, you know them all
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Produits associés
2-Phase Separating Decanter dryMaster
For clear clarification and dewatering in chemical and mineral processing applications. The clarified liquid is discharged freely into a liquid catcher and flows off under gravity. CIP-compatability of the decanter can be assured.
2-Phase Separating Decanter chemMaster
For clear clarification and dewatering in chemical and mineral processing applications. The clarified liquid is discharged under pressure by use of a centripetal pump. CIP-compatability of the decanter can be assured.
2-Phase Separating Decanters for Oil Recovery
The big advantage of the 2-phase separating decanter for olive and palm oil recovery is the enormous savings when it comes to dilution water.
3-Phase Separating Decanters for animal and fish by-products
For the recovery of fish oil, proteins and meal
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L'équation de l'eau
Partout en Europe, la sécheresse est une réalité récurrente, qui ne se limite plus au sud. Si l'eau influence de plus en plus le choix de la localisation des industries, sa valeur est déterminée par le contexte local. Il existe de nombreuses voies technologiques pour optimiser les usages de l'eau dans les processus industriels, mais la localisation, les besoins énergétiques et d'autres facteurs jouent également un rôle essentiel.
