GEA Varipond C

Come into the comfort zone

For always top separation results you have to adjust your decanter settings to varying feed conditions, flow rates or even to different feedstocks.

With GEA Varipond C those adjustments are now so easy, fast and precise that your separation zone turns into a comfort zone.

GEA Varipond C - Come into the comfort zone

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.

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Comfortable and easy

Easy, fast and precise adjustment of decanter settings, even recipes possible

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Highest yields

Whatever product or product composition, always run the decanter at its operational optimum

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Hydrohermetic sealing

Combination with hydrohermetic sealing possible

XDD - Less Energy

Energy efficient

Low friction at centripetal pump

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Food grade

In accordance with hygienic design guidelines

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Scaleable

Available for the entire decanter fleet – if you know one, you know them all

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Person using a tablet to inspect stainless‑steel industrial equipment with GEA‑branded valves and piping.

GEA Cloud:産業用AI駆動型のコネクテッドマシン

GEAのデジタル対応機器をGEA Cloudと連携させることにより、AI駆動のインサイトを引き出し、稼働率を向上させて、持続可能な産業パフォーマンスを推進する仕組みをご覧ください。

Transforming sidestreams into jet fuel

Transforming sidestreams into jet fuel

The aviation industry wants to use more sustainable aviation fuel, but supply is limited. To meet demand and secure cleaner air travel, suppliers need to unlock resources from existing sidestreams like fats and oils. How to scale up? That’s where GEA comes in.

In 1926, Ramesohl & Schmidt (later Westfalia Separator AG) launched their first bucket milking system. The Kirchhoff family was among the first to use it on their farm in Germany.

搾乳バケットからロボットへ:GEAにおける100年の酪農場イノベーション

100年以上にわたり、GEAは最初のバケット搾乳機から自律型のデジタル接続システムに至るまで、酪農業のための技術を開発してきました。これらのイノベーションは酪農業を根本的に変革しました。労働集約的なルーチン作業から脱却し、生産性の向上、動物福祉の向上、そしてより効率的な日々の運営へと導いたのです。

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