With worldwide population growth and the resulting growing demand for fresh water for communities, agriculture and industry, the challenges of meeting global water demand with innovative technologies are also increasing. Whilst the demand for fresh water is rising, its availability is falling and the global water crisis is exacerbated not only by climate change but also by environmental pollution. In addition to water treatment of ground and surface water, the trend is therefore also increasingly towards the production of drinking water from salt water.
GEA decanters in processes for the desalination of seawater and the treatment of ground and surface water
Centrifugal separator technology plays a key role in the production of drinking water. GEA decanters have established themselves here as a sustainable solution in the process of seawater desalination and in the treatment of surface water. They provide optimal results with the greatest possible saving of water and energy, thus contributing significantly to a sustainable global water supply.
Volume-reduced sludge reduces costs for disposal and transport
To reliably remove impurities from surface water and seawater, treatment plants are generally preceded by various chemical and mechanical purification processes. Sludge sedimented accordingly, which must be disposed of on the basis of their organic contamination, are accrued here. GEA decanters reliably separate the accrued sludge into solids and reusable water. Thanks to their high dewatering performance, they are able to concentrate the solids to a high content of dry matter, which results in a considerable volume reduction and thus accordingly lower disposal costs.
Top reliability due to robust structure
To avoid corrosion permanently even in the case of extremely high chloride ion content in the seawater, we use only high-quality materials for the construction of our decanters. All parts that come into contact with the product are therefore made of duplex/superduplex steel and offer maximum reliability.
Advantages:
- Decanter technology for concentrating sedimented sludge
- Volume-reduced solids with high dry content
- Low transport and disposal costs
- Greater drinking water yield
- Robust structure due to use of corrosion-resistant materials
製品および技術
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Digital Solutions for Centrifuges
GEA offers various solutions that allow you to optimize and automate your centrifuge and/or your process through precise monitoring of selected KPIs. The result: Clear cost transparency, maximized performance, increased resource-efficiency, and minimized manual operation. Customized by our expertise for your added value – explore untapped product...
ジェットポンプ
エジェクタとも呼ばれるジェットポンプは、ガス・液体媒体が駆動力としての役割を果たすガス、蒸気、液体・固形物の搬送、圧縮または混合、および真空の生成のための装置です。
デカンタ遠心分離機
懸濁液の固体成分を高効率で処理するにあたり、デカンタの時代が到来しました。この機器は、高い浄化効率性と最大限の脱水だけでなく、固体の除去と同時に液体を分離できるようにします。ここでの主な要件は高いボウル速度、巻軸の強力な駆動装置および実現される固体脱水に自動的に順応する巻軸速度です。
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関連のある動画
Mobile Decanter Systems
Nachhaltige Trinkwasserversorgung in Indonesien
インドネシアにおける持続可能な飲用水の製造
GEAインサイト
ヒートポンプが地域暖房の脱炭素化を加速
地球温暖化の影響は世界中でますます明らかになっています。あらゆる地域の町や都市が同じ課題に直面しています。それは、信頼性が高く、手頃な価格で、持続可能な供給源からの熱を地域社会に供給することです。GEAは、この分野の専門家であるGEA Heating & Refrigeration TechnologiesのヒートポンプマネージャーであるKenneth Hoffmannに、地球温暖化への迅速な対応について話を聞きました。
GEAと共に酪農のデジタル未来を生きる
酪農家のトムの目に留まったもの。従来の製品デモの代わりに、GEAはAR（拡張現実）によるイノベーションを紹介しました。これはGEAのインタラクティブなデジタル酪農場始まりにすぎません。
