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WINGJET

WINGJET
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CFD optimized geometry: The unique blade shape and pitch of the blade produces increased pumping rates and dramatically reduces vortex generated impact erosion. The impellers are constructed of abrasion resistant cast materials. The materials selection is based on specific process conditions (pH values, chloride concentration and the concentration of solids). Propeller erosion WINGJET erosion Comparison of areas exposed to wear on blade tips Advanced Process Solutions The »winglet« suppresses vortexing around the tip of the blade. This provides a reduction of impact erosion, longer operational life and reduced maintenance costs. The EKATO WINGJET has been especially developed for use in absorbers of flue gas desulfurization systems. It offers the following advantages: EKATO WINGJET With integrated wear resistance EKATO WINGJET EKATO Rühr- und Mischtechnik GmbH Käppelemattweg 2, 79650 Schopfheim, Germany Tel. +49 7622 29-0, Fax +49 7622 29-213 e-mail: info@ekato.com

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EKATO gassing systems in flue gas desulfurization plants. The trend-setting EKATO technology determines the worldwide standard in this area of application Improve the mass transfer of oxygen into the slurry for the oxidation of calcium sulfite to gypsum. Suspend lime stone, calcium sulfite and gypsum slurries with a solids concentration up to 30% by weight. Increase the operational life of the impeller thus reducing maintenance costs. The EKATO solution Forced oxidation lance system with EKATO WINGJET Rotating lance EKATO WINGJET O2 The use of EKATO’s patented lance gassing system and the...

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WINGJET 2Pages

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WINGJET
2Pages