Milk coagulation process control technology

A method of manufacturing cheese on a desired schedule in a cheese production facility having multiple cheese vats, comprising:

• measuring a coagulation reaction rate of a first batch of milk processed into a first batch of milk coagulum in a first cheese vat;
• and
• monitoring and measuring processing and product information from the first batch of milk wherein the processing and product information is selected from a group of processing and product information including mass of milk, mass of enzyme addition, enzyme concentration, milk temperature, calcium addition and combinations thereof;
• and
• calculating an amount of enzyme to be added to a second batch of milk in a second cheese vat to control a duration of coagulation of said second batch of milk whereby a second batch of milk coagulum is produced having a targeted gel strength at a targeted cutting time.

A method of manufacturing cheese on a desired schedule in a cheese production facility having multiple cheese vats, comprising:

• measuring a coagulation reaction rate of a first batch of milk processed into a first batch of milk coagulum in a first cheese vat;
• monitoring and measuring processing and product information from the first batch of milk wherein the processing and product information is selected from a group of processing and product information consisting of protein content, pH, protein to fat ratio, fat and solids content and combinations thereof;
• and
• calculating an amount of enzyme to be added to a second batch of milk in a second cheese vat to control a duration of coagulation of said second batch of milk whereby a second batch of milk coagulum is produced having a targeted gel strength at a targeted cutting time.

A method of manufacturing cheese, comprising:

• measuring coagulation reaction, processing and product information from a first batch of milk undergoing enzymatic coagulation to form a first batch of milk coagulum;
• monitoring and measuring processing and product information from a second batch of milk about to undergo enzymatic coagulation;
• estimating, by controller, a mass of enzyme to be added to said second batch of milk to achieve a desired gel strength at a desired cutting time based upon the measured coagulation reaction, processing and product information from the first batch of milk and the measured processing and product information from the second batch of milk;
• and
• controlling a coagulation reaction rate and a duration of a coagulation process for the second batch of milk by adjusting an amount of enzyme added to the second batch of milk wherein the processing and product information is selected from a group of processing and product information consisting of protein content, pH, protein to fat ratio, fat and solids content and combinations thereof.