Pulp & paper
A highly aggressive and polluting industry requiring 99.98% filtration efficiency — water processing self-cleaning filters with 99.99% holding capacity for paper mills, pulp mills, paperboard mills, converter mills, and wood product mills.
Continuous filtration keeping paper mills at full output
The pulp and paper industry is both aggressive and highly polluting, demanding filtration that goes beyond standard industrial performance. Venefilter’s water processing self-cleaning filters deliver 99.98% filtration efficiency with 99.99% holding capacity — providing continuous protection for white water circuits, process water loops, and coating preparation systems across paper mills, pulp mills, paperboard mills, converter mills, and wood product mills.
All systems operate without interrupting the production line or requiring manual filter element changes — handling high fiber loading and variable particle characteristics with wedge-wire and multi-layer screening options engineered to each circuit’s specific flow rate, pressure, and temperature requirements.
- Filtration efficiency
- 99.98%
- Water filter holding capacity
- 99.99%
- Mill types served
- 5
Where Venefilter delivers in pulp & paper
- 01
White water clarification
Self-cleaning filters for white water circuits in paper and board machines remove pulp fiber and filler particles continuously, protecting headbox equipment and reducing fiber loss to the effluent system.
- 02
Process water recycling
Inline filtration for process water recovery and reuse loops, enabling mills to reduce freshwater intake while protecting pumps, heat exchangers, and spray nozzles from contamination — supporting environmental compliance targets.
- 03
Coating & pigment preparation
Precision filters for paper coating color circuits protect coating heads and ensure uniform application by removing agglomerates and oversized particles — maintaining product quality across long production runs.
Industry brochures
Keep your mill running without compromise.
We design filtration systems to the specific flow, particle, and pressure requirements of each mill circuit.