Based on a polymer dissolution controlled chemical cleaning mechanism, a mathematical model has been developed to describe the different stages of the removal of milk protein fouling from a hard surface. Various processes, such as reptation, disengagement, mass transfer through the boundary layer and surface area changes during the decay cleaning stage have been taken into account in the modelling process. The successful prediction of the cleaning process under various conditions indicates that the model has proposed a rational mechanism accounting for the removal of milk protein fouling
Dairy fouling is defined as the accumulation of thermally insulating materials or deposits from proc...
In the milk industry, the production must be stopped daily in order to clean the process equipment f...
A new risk analysis of Clean-In-Place (CIP) removal of proteinaceous milk deposits is presented and ...
The science underlying the removal of dairy fouling layers, and particularly the dissolution of prot...
Deposits formed on the surface of heat treatment equipment in the dairy industry compromise product ...
While moving along the milk-conducting systems in a milking machine, milk is in contact with the inn...
Fouling is the deposit of proteins and minerals formed on equipment surfaces during the heat treatme...
While moving along the milk-conducting systems in a milking machine, milk is in contact with the inn...
Ultra-high temperature (UHT) treatment of milk forms a deposit or fouling in the processing equipmen...
In this paper, examples of using an in-situ electrochemical cleaning technique are illustrated. It c...
A rigid mineral-based deposit, termed ultra-high temperature (UHT) fouling, is formed on heat exchan...
Fouling has been a problem since the invention of heat exchanger. The presence of such deposits on h...
Molecular details concerning the induction phase of milk fouling on stainless steel at an elevated t...
The mechanisms of the fouling and cleaning processes of dairy heat exchangers are affected by variou...
Fouling has been a problem since the invention of heat exchanger. The presence of such deposits on ...
Dairy fouling is defined as the accumulation of thermally insulating materials or deposits from proc...
In the milk industry, the production must be stopped daily in order to clean the process equipment f...
A new risk analysis of Clean-In-Place (CIP) removal of proteinaceous milk deposits is presented and ...
The science underlying the removal of dairy fouling layers, and particularly the dissolution of prot...
Deposits formed on the surface of heat treatment equipment in the dairy industry compromise product ...
While moving along the milk-conducting systems in a milking machine, milk is in contact with the inn...
Fouling is the deposit of proteins and minerals formed on equipment surfaces during the heat treatme...
While moving along the milk-conducting systems in a milking machine, milk is in contact with the inn...
Ultra-high temperature (UHT) treatment of milk forms a deposit or fouling in the processing equipmen...
In this paper, examples of using an in-situ electrochemical cleaning technique are illustrated. It c...
A rigid mineral-based deposit, termed ultra-high temperature (UHT) fouling, is formed on heat exchan...
Fouling has been a problem since the invention of heat exchanger. The presence of such deposits on h...
Molecular details concerning the induction phase of milk fouling on stainless steel at an elevated t...
The mechanisms of the fouling and cleaning processes of dairy heat exchangers are affected by variou...
Fouling has been a problem since the invention of heat exchanger. The presence of such deposits on ...
Dairy fouling is defined as the accumulation of thermally insulating materials or deposits from proc...
In the milk industry, the production must be stopped daily in order to clean the process equipment f...
A new risk analysis of Clean-In-Place (CIP) removal of proteinaceous milk deposits is presented and ...