Membrane separation technology is already employed in many
different applications in the food industry. In the dairy industry, crossflow
filtration is used mainly for whey concentration, the reduction of
bacteria and spores in skim milk, processed milk standardization, the
selective fractionation of value-added milk compounds and for the
regeneration of brine baths [1]. The concentration of milk using
ultrafiltration (UF) for continuous cheese production is standard
technology in the cheese industry when manufacturing soft and fresh
cheeses. Unlike UF, in microfiltration (MF) the milk fat and caseins are
concentrated, whereas the whey proteins are generally able to pass
through the membrane. This yields a milk retentate of similar
composition to traditional semi-hard cheese curd [2,3].
Membrane separation technology is already employed in manydifferent applications in the food industry. In the dairy industry, crossflowfiltration is used mainly for whey concentration, the reduction ofbacteria and spores in skim milk, processed milk standardization, theselective fractionation of value-added milk compounds and for theregeneration of brine baths [1]. The concentration of milk usingultrafiltration (UF) for continuous cheese production is standardtechnology in the cheese industry when manufacturing soft and freshcheeses. Unlike UF, in microfiltration (MF) the milk fat and caseins areconcentrated, whereas the whey proteins are generally able to passthrough the membrane. This yields a milk retentate of similarcomposition to traditional semi-hard cheese curd [2,3].
การแปล กรุณารอสักครู่..
