Textile production can release fibres, lint and fine dust during opening, cutting, carding, sewing, brushing and finishing. Source capture keeps this material away from operators, machines and products and reduces the load on general building ventilation.
Why textile extraction is process-specific
Long fibres behave differently from compact dust. They can bridge openings, wrap around moving parts and accumulate on filter surfaces. The capture point, duct velocity and separation method must therefore reflect fibre length, material, moisture and production volume.
Typical ALWO system components
- machine connections and local hoods at cutting, sewing or finishing points;
- duct networks designed to limit fibre deposits and facilitate inspection;
- pre-separation for larger lint before the final filter;
- bag or other suitable filtration for the remaining airborne load;
- centrifugal fans and controls selected for the total network resistance;
- collection equipment that allows safe, practical material removal.
Energy and production control
Automatic gates can serve active machines, and fan speed can follow demand where minimum transport velocity is preserved. Cleaner machines may require less interruption for lint removal, while documented airflow makes production changes easier to evaluate.
Fire and housekeeping considerations
Textile fibres and dust may be combustible. Material properties, ignition sources, deposits and waste storage are included in the risk assessment. Extraction supports, but does not replace, cleaning and fire-prevention procedures.
Engineering workflow
ALWO reviews fibre type, machine layout, operating schedule and existing ventilation, then defines capture, transport, separation and commissioning measurements.
See ALWO engineering services or contact our team for a textile-production assessment.
