Working environment
Dust released by production equipment can spread into surrounding areas if it is not effectively captured.
Local extraction can help collect the particles close to where they are generated.
Paper
Dust extraction for the paper industry
Paper production and paper processing can generate significant quantities of airborne dust.
Dust can occur during material handling, production, cutting and other stages where paper or fibre-based materials are moved and processed.
The amount and characteristics of the dust depend on the type of material, the production equipment and the process.
For this reason, dust extraction systems for the paper industry need to be designed around the specific production environment.
NEU-JKF Nordic supplies filters, fans, duct systems and associated components that can be combined into extraction systems for paper-processing applications.
Dust affects more than air quality
Production equipment
Dust can accumulate around machines, surfaces and production equipment.
Controlling dust therefore helps keep the production environment cleaner and reduces unnecessary contamination around machinery.
Product and process quality
In some paper-processing environments, airborne dust can also interfere with the production process itself.
For this reason, extraction should be considered as part of the production system rather than as an isolated environmental measure.
Designed around the layout
Paper-production equipment can occupy large areas and may include several interconnected production stages.
Extraction points may therefore be distributed across the factory.
The duct system must connect these extraction points while maintaining the airflow required by the process.
The layout of the building and machinery can have a significant influence on the final extraction system.
Changing production requirements
Industrial production environments rarely remain completely unchanged.
Machines may be replaced, production lines can be extended and new products may be introduced.
Where possible, dust extraction systems should therefore be designed with an understanding of how production may evolve.
This does not necessarily mean oversizing the system.
It means creating a layout and component selection that can be adapted where appropriate.
Filters, separators and fans are selected and dimensioned together as one airflow path – from the extraction point to material discharge.
Illustrative rendersFilters, fans and duct systems
The extraction system typically consists of several interacting components.
Filters
Filters separate dust from the extracted air and collect it for discharge.
Fans
Fans generate the airflow required to move contaminated air through the extraction system.
Duct systems
Ducting transports the extracted air from production equipment to the filtration system.
Rotary valves and separators
Depending on the application, additional equipment may be required to separate or discharge collected material.
Each component influences the others.
The complete system therefore needs to be dimensioned as one connected airflow system.
Balancing performance and operation
An extraction system should deliver the airflow required by the process without unnecessary complexity or energy consumption.
Pressure losses through the duct system and filter need to be considered when selecting the fan.
At the same time, the system should remain practical to inspect and maintain.
For larger production facilities, this balance between performance, accessibility and operation becomes particularly important.
Product categories for paper
Complete solutions
Need more than individual components?
For more complex applications, NEU-JKF Nordic can support the complete extraction process – from understanding the production requirements and selecting the right equipment to system design, installation and commissioning.