From all dairy productions there is a lot of waste water which contains lipids, proteins and lactose remains. By filtering the waste water it is possible to reuse the clean water and to convert the other compounds into useful bio-products. For example, through acid treatment, the sediment (Casein) will be used as additive for animal feed. Through ultrafiltration, the filtrated lactalbumin can be used as additive for food. After nano-filtration, the remained solution, which contains a large amount of lactose and lipids, can be transformed into biogas by fermentation
International audienceProcessing soiled Cleaning In Place (CIP) solutions induces large economic and...
The cheese whey (95% composed of water) is an effluent produced in the cheese industry, of which mor...
The growth in the production of dairy products entails the problem of treating wastewater from the o...
A two-stage ultrafiltration and nanofiltration (UF/NF) process for the treatment of model dairy wast...
The use of treatments of segregated process streams as a water source, as well as technical fluid re...
The dairy industry can be classified among the most polluting of the food industries in volume in re...
The increased demand for milk and milk products has led to the rapid development of the dairy sector...
Membrane filtration is widely used in the dairy industry. This chapter provides an overview of the v...
AbstractThis study evaluated the technical and economic feasibility of membrane bioreactors (MBR) fo...
The dairy industry can be classified among the most polluting of the food industries in volume in re...
Introduction. Dairy industry generates a large amount of wastewaters that have high con...
An integrated isoelectric precipitation (IP) - ultrafiltration (UF) - nanofiltration (NF) - lactic...
A milk-processing plant was drafted as a distinctive staple industry amid the diverse field of indus...
Membrane treatments in the dairy field can be found in a number of operations, applied both to milk ...
Topicality. The dairy industry as a branch, characterized by a high level of waste generation, is th...
International audienceProcessing soiled Cleaning In Place (CIP) solutions induces large economic and...
The cheese whey (95% composed of water) is an effluent produced in the cheese industry, of which mor...
The growth in the production of dairy products entails the problem of treating wastewater from the o...
A two-stage ultrafiltration and nanofiltration (UF/NF) process for the treatment of model dairy wast...
The use of treatments of segregated process streams as a water source, as well as technical fluid re...
The dairy industry can be classified among the most polluting of the food industries in volume in re...
The increased demand for milk and milk products has led to the rapid development of the dairy sector...
Membrane filtration is widely used in the dairy industry. This chapter provides an overview of the v...
AbstractThis study evaluated the technical and economic feasibility of membrane bioreactors (MBR) fo...
The dairy industry can be classified among the most polluting of the food industries in volume in re...
Introduction. Dairy industry generates a large amount of wastewaters that have high con...
An integrated isoelectric precipitation (IP) - ultrafiltration (UF) - nanofiltration (NF) - lactic...
A milk-processing plant was drafted as a distinctive staple industry amid the diverse field of indus...
Membrane treatments in the dairy field can be found in a number of operations, applied both to milk ...
Topicality. The dairy industry as a branch, characterized by a high level of waste generation, is th...
International audienceProcessing soiled Cleaning In Place (CIP) solutions induces large economic and...
The cheese whey (95% composed of water) is an effluent produced in the cheese industry, of which mor...
The growth in the production of dairy products entails the problem of treating wastewater from the o...