System Design in Kraft Liner Production: Flotation Deinking Cell Guide | Leizhan

System Design in Kraft Liner Production

The Flotation Deinking Cell plays a critical role in modern kraft liner production lines. With specifications of 50-120 TPD/cell, 85-92% ink removal, ISO brightness gain 10-15 points, this equipment directly contributes to reducing water consumption by 15-20%. Proper selection and sizing ensure optimal performance across the full production capacity range.

Key Technical Parameters

50-120 TPD/cell, 85-92% ink removal, ISO brightness gain 10-15 points. These specifications define the equipment’s operating window — mills should match these parameters to their specific production requirements with 15-20% headroom for peak demand periods.

How Flotation Deinking Cell Impacts System Design

When properly integrated into a kraft liner line, the Flotation Deinking Cell delivers measurable improvements in reducing water consumption by 15-20%. Mills upgrading to this technology typically see return on investment within 12-18 months through reduced operating costs and improved product quality.

FAQ

How do I select the right Flotation Deinking Cell for my kraft liner line?

Key specifications to evaluate: 50-120 TPD/cell, 85-92% ink removal, ISO brightness gain 10-15 points. Always match equipment capacity to your design throughput, not current production, to allow for future expansion.

What maintenance schedule is recommended?

Inspect critical wear components every 3-6 months. Replace wear parts at 12-18 month intervals for optimal performance. Annual comprehensive inspection recommended during scheduled shutdown.