Tetra Pak® Bag Filter – maximising yield and hygiene
The details make the difference
Tetra Pak Bag Filter is designed with meticulous attention to detail. Watch the video for a closer look at some of the features that make the difference.
Widest range on the market
Unique cage locking system
A sustainable choice
Features
State-of-the-art automation
Ensures the highest safety standards
Enhanced process integration with advanced monitoring, control and PLC communication provides top-quality automation and ensures the highest safety standards.
Smart pulsing control
Low operating costs and emissions
The system is optimised for low operating costs and emissions using a design that pulses as much as necessary, but as little as possible. An integrated controller uses flow resistance to automatically adjust required speed (interval) and cleaning intensity (compressed air pressure).
Improved powder recovery
Extend bag lifetime
A baffle plate in the filter provides a low and even velocity profile. This arrangement prolongs filter bag lifetime substantially compared to models with a tangential air inlet.
Computational fluid dynamics (CFD) modelling
Optimised geometry, layout and flow velocities
Air flow capacities of 26,000–287,000 m3/h are optimised by using computational fluid dynamics (CFD) modelling to fine-tune layout and flow velocities.
Options
Process adaptive pulsing control
Lower compressed air consumption
An adaptive pulsing control system pulse as much air as necessary, but as little as possible. This decreases compressed air consumption, prolongs bag lifetime and reduces CO2 emissions. The self-adjusting system is housed in an integrated cabinet and accessed via the main PLC or remotely.
Multiple inlets
Reduced building footprint
A bag filter with spray dryer and twin cyclone can be fitted with multiple air inlets that remove the need for a trouser piece. This reduces building footprint by around 20 percent compared to a single air inlet – an advantage in compact plant environments.