GEA Turbodisc
Advantages
- Economic flow rates
- Easy to maintain
- Hygienic design
- Hydrodynamic bearing
- Insensitive to blockage
- FDA conform
- SIP through the nozzle possible
- Preferred mounting position: any
- Available for tank safety system VARITOP®
Operation
Wash fluid entering the Turbodisc is directed onto the precision shaped disc. Hydrodynamic bearings allow the disc to rotate friction free at high speed and any installation angle.
Applications
The Turbodisc is perfectly suitable for cleaning small and medium size process vessels, reactors, driers, granulators, storage tanks, tablet coating machines and IBCs in food, beverage, biotech, pharmaceutical and other hygiene conscious industries.
NEW:
Serviceable
Our Turbodisc & Turbo SSB units are designed for straightforward on-site servicing with standard tools. To further simplify the process, we now offer comprehensive service kits that include all necessary components. The updated design makes these powerful cleaners an ideal choice for today’s environmentally conscious companies.
GEA Chemidisc
Advantages
- Economic flow rates
- Ball bearing free-increased service life
- Maintenance free
- Hydrodynamic bearing
- FDA conform
- Preferred mounting position: any
- Chemical resistant – ideal for corrosive environments
- Lightweight construction – safer in glass lined vessels
- Effective wash – due to high rotation speed
Operation
Chemidisc has a unique ball bearing free design, meaning no shedding of metal bearing debris and no failure to rotate.Chemidisc has only one moving part, the rotating disc which rides friction free on a hydraulic bearing which instantly converts the wash fluid into a sphere of fast moving droplets, distributing the fluid in a complete and uniform manner. Total surface cover is achieved as fast moving, high power droplets simultaneously reach the entire surface of the tank, inlet pipe and overhead nozzleswhere contamination frequently occurs.
Applications
The Chemidisc range is available in a wide variety of sizes and is designed for use in harsh chemical environments, as a Hastelloy alternative and in glass lined vessels. These spray cleaners are constructed in carbon filled PTFE dissipate static electricity in potentially explosive atmospheres. Pure PTFE compliant Chemidiscs are used in many pharmaceutical and other applications where the cleaning solution is corrosive to stainless steel. The Chemidisc cost effectiveness and reliability is specified by end users, OEMs and contract design companies.
Powiązane filmy wideo
Cleaning Technology | GEA Chemidisc 150
Cleaning Technology | GEA Turbodisc 75
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Cleaning lances, dirt arrester for cleaning devices, protection cage for orbital cleaners, mobile / stationary trestle for cleaners
GEA Insights
The breakthrough that changed spray drying
In 1976, NIRO engineers responded to a competitive challenge by rethinking what spray drying could do. Their idea became the multi-stage dryer MSD. Fifty years later, the same fundamental principle helps turn liquids into the powders used in essential nutrition products and important medicines around the world. Refined through decades of engineering expertise, customer insight and continuous development, MSD is a story of innovation with lasting impact.
Więcej niż maszyna: klucz do poprawy wydajności zakładu
Wydajność maszyny nie przekłada się automatycznie na wydajność fabryki. Prawdziwa poprawa często zaczyna się od wyjścia poza ramy poszczególnych urządzeń i zrozumienia, w jaki sposób wzajemnie na siebie oddziałują procesy, systemy energetyczne i decyzje operacyjne. Jest to podejście kompleksowe, mające na celu odkrycie możliwości, które w przeciwnym razie mogłyby zostać przeoczone.
W jaki sposób zawór może wpływać na sposób produkcji żywności i napojów
Zazwyczaj w zakładach produkujących żywność i napoje zawory są uruchamiane za pomocą sprężonego powietrza. Tymczasem w GEA Hydract® Actuation Technology do sterowania zaworami wykorzystuje się wodę w zamkniętym obiegu sterowanym cyfrowo. W rezultacie otrzymujemy zawór, który można precyzyjnie utrzymać w odpowiednim położeniu i sterować nim z dużą dokładnością. Skutkuje to mniejszym zużyciem energii i większą kontrolą.
