ECOFARIO Unlocks New Potential In Recovered Fiber-Based White Printing Grades
ECOFARIO identifies new application potential for High-G Technology in recovered fiber-based white printing grades, combining fiber recovery with targeted contaminant and microsticky control.
ECOFARIO Identifies Another High-Impact Application For Fiber Recovery In The Paper Industry
ECOFARIO has identified another promising application for its High-G Technology in paper industry stock preparation. Targeted treatment of reject streams enables additional fiber recovery and opens new optimization potential for modern production environments.
High-G Technology Unlocks New Potential In Premium Paper Production
High-G Technology opens new potential in premium paper production by enabling targeted treatment of fiber-bearing process water streams. The approach supports both fiber recovery and fresh water reduction, even in applications where raw materials are particularly valuable.
Reducing Fiber Losses And Improving Sustainability In Paper Production
ECOFARIO technology reduces fiber loss, lowers operating costs, and improves sustainability by increasing recovery and optimizing water and energy usage in paper mills.
Process Improvement Across Multiple Stages Of Paper Production
ECOFARIO High-G-Technology improves process stability and fiber recovery across multiple stages of paper production, from stock preparation to water treatment.
High-Efficiency Reject And Process Water Treatment For Modern Paper Mills
Advanced hydrocyclone technology for efficient reject and process water treatment. ECOFARIO improves contaminant removal, reduces fiber losses, and stabilizes process conditions in modern paper mills.
Reduce Fiber Losses by Up to 40% with ECOFARIO Technology
ECOFARIO technology helps paper and tissue mills reduce fiber losses by up to 40% through optimized fine material recovery and improved process water management. The result: lower raw material costs, increased process stability, and enhanced sustainability performance in paper production.