LANDSON / FOOD, BEVERAGE & BIOTECHNOLOGY
MILK-FAT SEPARATION WITH SiC CERAMIC MEMBRANES
MILK-FAT SEPARATION WITH SiC CERAMIC MEMBRANES
MILK-FAT SEPARATION WITH SiC CERAMIC MEMBRANES
Dairy fractionation needs precise control of fat globules to produce ingredients with predictable composition. Selected SiC-supported membranes can separate fat-rich and lower-fat streams.
Dairy fractionation needs precise control of fat globules to produce ingredients with predictable composition. Selected SiC-supported membranes can separate fat-rich and lower-fat streams.
Dairy fractionation needs precise control of fat globules to produce ingredients with predictable composition. Selected SiC-supported membranes can separate fat-rich and lower-fat streams.
Composition and hygiene determine success
Composition and hygiene determine success
Composition and hygiene determine success
Globules and proteins differ in size. Fouling and cleaning cycles affect repeatability and productive processing time.
Globules and proteins differ in size. Fouling and cleaning cycles affect repeatability and productive processing time.
Globules and proteins differ in size. Fouling and cleaning cycles affect repeatability and productive processing time.
Targeted milk-fat retention
Targeted milk-fat retention
Targeted milk-fat retention
Appropriately selected SiC-supported membranes retain fat globules. Published research reported about 90–98% fat retention under its tested conditions.
Appropriately selected SiC-supported membranes retain fat globules. Published research reported about 90–98% fat retention under its tested conditions.
Appropriately selected SiC-supported membranes retain fat globules. Published research reported about 90–98% fat retention under its tested conditions.
Consistent fractions in available space
Consistent fractions in available space
Consistent fractions in available space
High useful flux supports processing capacity in compact modules; compatible hygienic cleaning prepares the membrane for subsequent runs.
High useful flux supports processing capacity in compact modules; compatible hygienic cleaning prepares the membrane for subsequent runs.
High useful flux supports processing capacity in compact modules; compatible hygienic cleaning prepares the membrane for subsequent runs.
More control over dairy ingredients
More control over dairy ingredients
More control over dairy ingredients
Selected Landson R-SiC grades can support fractionation where the required pore size and hygienic process design match the dairy stream.
Selected Landson R-SiC grades can support fractionation where the required pore size and hygienic process design match the dairy stream.
Selected Landson R-SiC grades can support fractionation where the required pore size and hygienic process design match the dairy stream.