Tangential flow filtration remains one of the most efficient technologies for advanced industrial separation processes. However, like any process technology, its industrial viability ultimately depends on the specific operating conditions, fluid characteristics and process requirements of each application.
Perinox will participate in Food 4 Future 2026 showcasing crossflow filtration, tangential flow filtration (TFF) and nanobubble technologies for food, dairy, beverage, industrial water and green hydrogen applications.
Tangential flow filtration requires a balance between TMP, flux and fouling. This interaction directly impacts design decisions, energy consumption and system efficiency.
R&D project VALHAGRO on green hydrogen from agro-industrial residues. Role of crossflow membrane filtration in water treatment and PEM electrolysis stability.
Crossflow membrane filtration in biotechnology: control of purity, shear and scalability in advanced bioprocesses.
When to invest in tangential flow filtration (TFF): technical and economic criteria based on volume, product value, operating costs and process efficiency.
How crossflow membrane filtration enables efficient yogurt production through ultrafiltration, improving yield, process control and product quality at industrial scale.
In a project developed in Argentina, a membrane-based polishing system was implemented to recover water from complex permeates and optimize water consumption in industrial processes.
Crossflow membrane filtration enables industrial liquid valorization and water recovery from permeate streams generated during plasma concentration processes.
Crossflow membrane filtration in milk processing enables efficient separation and concentration of milk components. Learn key operational parameters for processing complex dairy fluids.
Perinox has a certified quality management system, in accordance with the ISO 9001 standard by Bureau Veritas.
