novoflow GmbH products

Filter Area 0.1 m². CRD filtration is based on the use of disc-shaped rotating bodies, enabling dynamic cross-flow filtration through a special process. CRD systems are primarily used for laboratory experiments or small-scale applications, particularly suitable for filtering highly viscous liquids and separating particles that are difficult to remove. Dynamic Cross Flow Filtration is a state-of-the-art filtration technology applied in various industries such as food, chemical, pharmaceutical, and biotech. It allows for precise and efficient separation of solids and liquids. These filtration systems can effectively remove particles or proteins of different sizes.

Filter Area 0.2 m². CRD filtration is based on the use of disc-shaped rotating bodies, employing a special process to enable dynamic cross-flow filtration. CRD systems are primarily used for laboratory experiments or small-scale applications, particularly suitable for filtering highly viscous liquids and separating particles that are challenging to remove. Dynamic Cross Flow Filtration is a state-of-the-art filtration technology used in various industries such as food, chemical, pharmaceutical, and biotech. It allows for precise and efficient separation of solids and liquids. These filtration systems are capable of effectively removing particles or proteins of different sizes.

Filter Area 0.5 m². CRD filtration is based on the use of disc-shaped rotating bodies, employing a special process to enable dynamic cross-flow filtration. CRD systems are primarily used for laboratory experiments or small-scale applications, particularly suitable for filtering highly viscous liquids and separating particles that are challenging to remove. Dynamic Cross Flow Filtration is a state-of-the-art filtration technology used in various industries such as food, chemical, pharmaceutical, and biotech. It allows for precise and efficient separation of solids and liquids. These filtration systems are capable of effectively removing particles or proteins of different sizes.

Filter Area 1 m². NDCF filtration is designed for industrial purposes and utilizes special ceramic filter discs with nanopore technology to enable highly efficient filtration of liquids and gels. With this technology, particles and impurities as small as a few nanometers can be removed, allowing for very precise cleaning and concentration of products. Dynamic Cross Flow Filtration is a state-of-the-art filtration technology used in various industries such as food, chemical, pharmaceutical, and biotech. It allows for precise and efficient separation of solids and liquids. These filtration systems are capable of effectively removing particles or proteins of different sizes.

Filter Area 2 m². NDCF filtration is designed for industrial purposes and utilizes special ceramic filter discs with nanopore technology to enable highly efficient filtration of liquids and gels. With this technology, particles and impurities as small as a few nanometers can be removed, allowing for very precise cleaning and concentration of products. Dynamic Cross Flow Filtration is a state-of-the-art filtration technology used in various industries such as food, chemical, pharmaceutical, and biotech. It allows for precise and efficient separation of solids and liquids. These filtration systems are capable of effectively removing particles or proteins of different sizes.

Filter Area 3 m². NDCF filtration is designed for industrial purposes and utilizes special ceramic filter discs with nanopore technology to enable highly efficient filtration of liquids and gels. With this technology, particles and impurities as small as a few nanometers can be removed, allowing for very precise cleaning and concentration of products. Dynamic Cross Flow Filtration is a state-of-the-art filtration technology used in various industries such as food, chemical, pharmaceutical, and biotech. It allows for precise and efficient separation of solids and liquids. These filtration systems are capable of effectively removing particles or proteins of different sizes.

Multiple ceramic filter discs are stacked in a module. During operation, these stacks rotate to control the cake layer formed during filtration. The feed through the membrane is divided into two streams: the permeate/filtrate and the concentrate. Particles larger than the membrane pores are retained and concentrated in the concentrate. Particles smaller than the membrane pores flow through the porous structure (support) and are collected and discharged in a hollow shaft.

The optimized combination of centrifugal and shearing forces

The novoflow CPH-plant consists of hollow fibres with identical, separating active membrane on the inner and outer side in plastic housing. The hollow fibres are temperature-stable up to 50°C.

In addition to our experience and practical knowledge (since 1990) novoflow® provides upstream as well as downstream treatment techniques.