EL SISTEMA GLASLOCK®
Exclusivamente de De Dietrich Process Systems, el sistema GlasLock es un agitador que le permite elegir entre varios perfiles de palas para optimizar su agitación. Somos capaces de realizar estudios para determinar el diseño que mejor se adapte a sus procesos y productos, garantizando resultados óptimos.
The only system in the world with removable blades
This system has been especially designed for BE reactors where the main opening is the manhole, but is usable for all kinds of reactors.
Fitting and dismantling are carried out laterally, making it possible to work on the agitators without completely dismantling them.
With multi-tiered agtators, it is possible to modify just one stage independently of the others by leaving the agitator in place.
Easy maintenance
The assembly of a blade in its conical emplacement, both fully enamelled, is done using a manual tool according to a simple procedure. GlasLock uses a single hub offering greater flexibility by allowing all types of blade profiles to be fitted. This technology reduces the time needed to dismantle the drive, when this is required.
To optimize the results of your reactions, our team can conduct customized simulations based on your process parameters and product characteristics.
The advantages of the GlasLock system, combined with our studies, are to ensure the best possible blade configuration, reducing reaction times, lowering energy consumption, and optimizing your production.
Mezcla optimizada y Operaciones de Mantenimiento
El Sistema GlasLock® es el único agitador en el mundo con palas removibles. Este sistema patentado le permite cambiar ángulos y diseños de las palas para una mezcla optimizada y operaciones de mantenimiento simplificadas. Este diseño de agitador es adecuado para reactores AE, BE, CE y OptiMix®.
Hemos desarrollado nuestro propio software de mezcla y también utilizamos software de Dinámica de Fluidos Computacional (CFD) para ayudarlo a definir la mejor configuración de palas. Gracias a nuestra amplia gama de palas, podemos proponer las mejores soluciones para sus procesos.
Improved mixing compared to monobloc agitator
Individual dismantling of the blades & spare parts standardization
Minimum agitated volume up to 1% as per some blade designs
Various blade designs available to optimize and meet your processes needs
Up to 3 stages on the agitator
Simulations and studies to help you defining the best configuration
| Primary flow | 100% radial | ||||||||
| Max viscosity Cp | 6.000 | ||||||||
| Homogenization | + | ||||||||
| Suspension | ++ | ||||||||
| Dispersal | ++ | ||||||||
| Gas / Liquid | +++ | ||||||||
| Heat exchange | ++ | ||||||||
| Crystallization | - |
Perfectly suitable +++ More than suitable ++ Suitable +
Not recommended -
| Primary flow | 25% radial 75% axial | ||||||||
| Max viscosity Cp | 6.000 | ||||||||
| Homogenization | ++ | ||||||||
| Suspension | ++ | ||||||||
| Dispersal | + | ||||||||
| Gas / Liquid | - | ||||||||
| Heat exchange | ++ | ||||||||
| Crystallization | ++ |
Perfectly suitable +++ More than suitable ++ Suitable +
Not recommended -
Hydrofoil blades
01
| Primary flow | 25% radial 75% axial | ||||||||
| Max viscosity Cp | 8.000 | ||||||||
| Homogenization | ++ | ||||||||
| Suspension | +++ | ||||||||
| Dispersal | + | ||||||||
| Gas / Liquid | - | ||||||||
| Heat exchange | ++ | ||||||||
| Crystallization | +++ |
Perfectly suitable +++ More than suitable ++ Suitable +
Not recommended -
Optifoil blades
01
| Primary flow | 75% tangential 25% axial | ||||||||
| Max viscosity Cp | 120.000 | ||||||||
| Homogenization | ++ | ||||||||
| Suspension | + | ||||||||
| Dispersal | - | ||||||||
| Gas / Liquid | - | ||||||||
| Heat exchange | +++ | ||||||||
| Crystallization | ++ |
Perfectly suitable +++ More than suitable ++ Suitable +
Not recommended -
Viscofoil blades
01
| Primary flow | 100% radial | ||||||||
| Max viscosity Cp | 3.000 | ||||||||
| Homogenization | - | ||||||||
| Suspension | - | ||||||||
| Dispersal | ++ | ||||||||
| Gas / Liquid | +++ | ||||||||
| Heat exchange | + | ||||||||
| Crystallization | - |
Perfectly suitable +++ More than suitable ++ Suitable +
Not recommended -
Rushton turbine
01
| Primary flow | 100% radial | ||||||||
| Max viscosity Cp | 6.000 | ||||||||
| Homogenization | + | ||||||||
| Suspension | ++ | ||||||||
| Dispersal | ++ | ||||||||
| Gas / Liquid | +++ | ||||||||
| Heat exchange | ++ | ||||||||
| Crystallization | - |
Perfectly suitable +++ More than suitable ++ Suitable +
Not recommended -
Trapezoidal blades
01
Simulations and studies expertises
We have developed our own mixing software and are using CFD software to guide you in your choices.
We can help you defining the best blades configurations for new project, and can help optimizing and improving our existing processes as well.
Thanks to our wide range of blades, we can propose the best solutions for your processes.
Need any help ?
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