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The beverage industry is traditionally an area with particular high demands on hygiene and its related technologies. Impeccable hygiene is needed to maintain the high quality standards and shelf life of the end product, whether it is beer, lemonade, mineral/drinking water, fruit juice or wine and sparkling wine.
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For us, process optimisation isn't just a catchword, it’s part of our daily life: from the unpacker, through bottle washer, filler, CIP and syrup room, ProMinent technologies ensure the highest level of efficiency, quality, and operational and product safety.
The interior of a transport conveyor system tends towards bacterial proliferation and the formation of biofilm and therefore contributes to potential hazardous sources of product contamination. Therefore the conveyor must be regularly cleaned in established cycles.
The bottle transportation system provides a vital link between the individual machines. Faults during bottle transportation can lead to the whole filling line coming to a standstill. The lubrication of conveyor chains is therefore extremely important.
Bottle rinsing machines are continually being developed and improved by manufacturers, particularly with respect to cleaning quality and cost efficiency. By using tried and tested ProMinent designs, these machines can be optimized even more.
For disinfecting bottles or cans in the rinser, both chlorine dioxide and ozone are suitable agents. Both methods have their specific advantages.
Fillers have to comply with particularly strict hygienic requirements. This means equipment like the CIP filler, the device for cleaning the exterior of the filler, the filler flushing device or the safety shower (for broken fragments) are used as required. Chlorine Dioxide is ideal for disinfecting and sterilizing in the filling area.
More and more companies in the food industry store their chemical supplies centrally. Various chemicals are stored in tanks in a separate room from the production area. This type of storage has many advantages
New metering heads comply with the most stringent hygienic requirements. Dependent on required capacity range motor- or solenoid-driven metering pumps will be employed. The proven Sigma motorised metering pumps and delta® diaphragm metering pumps with regulated solenoid drive form the basis of the pumps.
Las tareas de dosificación se vuelven más fáciles. Las soluciones integrales Pre-ensambladas hechas por ProMinent están disponibles inmediatamente y listas para usarse en aplicaciones importantes. La tecnología del sensor, controla y mide las bombas desde una unidad con los tanques necesarios y están listos para operar sin trabajos de instalación.
ProMinent describe el uso de las tecnologías de medición y control para fluidos como una “medición inteligente”. Usando la correcta tecnología de medición y control puede ayudarlo a optimizar substancialmente la medición de los fluidos químicos
Gama de funcionamiento 5 - 90 g/h Gama de los generadores compactos universales de ozono. Se utiliza el aire o el oxígeno como el gas de funcionamiento.
gama de funcionamiento 80 - 720 G/h (generadores más grandes sobre pedido) Una gama de generadores ozono compactos con el condicionamiento de gas integrado. Los generadores Bono Zon® funcionan con una presión positiva de succión y son por lo tanto particularmente confiables.
15 a 10.000 g/h de dióxido de cloro, especialmente para el tratamiento de grandes cantidades de agua en operación continúa.
With ProMinent Dulcodes UV Plants, reliable and chemical-free water treatment for disinfection purposes and degradation of unwanted components are possible. Easy installation, low maintenance and a variety of types, result in most economical projects for multiple applications.
Dulcoclean® UF systems are suitable for removing high turbidity peaks, particles and microbiological impurities (bacteria, viruses, parasites). Even with temporary or microbiological contamination after heavy precipitation the systems provide a constant filtrate quality – free of turbidity and pathogens.
Reverse Osmosis is the reversal of the natural osmosis process. This process is used to desalinate aqueous solutions. Using suitable high-performance membranes it is possible today to remove more than 99% of all salts from an aquaeous solution.
Its lower energy and cooling water consumption and compact design are key features of the new ozone generation plant OZONFILT® OZMa that generates 70 to 245 g of ozone per hour from compressed air or oxygen. The ozone volume can be set reproducibly and independently of voltage and pressure fluctuations.
Capacidad nominal 132 galones (500 litros) al ft³ 883 (25 m³) estandarizado y a los tanques de almacenaje hechos a las especificaciones del cliente y a los recipientes de goteo de polietileno, a pedido, con los accesorios e.j. llenando los dispositivos, para medios de almacenaje, dispositivos para la supervisión óptica y electrónica, depuradores del aire etc.