A sensor for measuring diffuse reflectance of milk during the typical 6-h culture of cottage cheese was installed in a local manufacturing facility. Diffuse reflectance was found to increase slowly during the first three hours of the culture and increase rapidly toward the end of fermentation. The correlation between parameters generated from the diffuse reflectance profile and cutting time was sufficient to develop an algorithm for cutting time prediction. An algorithm incorporating tmax (time from adding culture to the maximum rate of change in reflectance) and slope of the reflectance curve at tmax predicted the operator selected cutting time with a standard error of 8.7 min
A method is provided for improving the quality of cheese produced from a curd and whey mixture. The ...
The cheese industry has continually sought a robust method to monitor milk coagulation. Measurement ...
The coagulation of milk is the fundamental process in cheese-making, which is based on a gel formati...
An automated system for monitoring culture growth and determining coagulum cutting time is needed fo...
An apparatus for predicting milk coagulum cut-time in a cheese making process includes a light sourc...
Cheese products are manufactured more consistently and with better quality if the curd cutting time ...
Curd syneresis, a critical step in cheesemaking, directly influences the quality of cheese. The syne...
End of Project ReportThe objective of this research was to apply on-line continuous sensors in food ...
At present, selection of cutting time during cheesemaking is made based on subjective methods, which...
An NIR reflectance sensor, with a large field of view and a fibre-optic connection to a spectrometer...
A method is provided for improving quality of cheese produced from a milk batch. A light beam from a...
The potential of a fibre optic sensor, detecting light backscatter in a cheese vat during coagulatio...
The objective of this study was to investigate a novel light backscatter sensor, with a large field ...
Response surface methodology was used to study the effect of temperature, cutting time, and calcium ...
The hot wire method, with pH and temperature sensors, was evaluated to determine its usefulness and ...
A method is provided for improving the quality of cheese produced from a curd and whey mixture. The ...
The cheese industry has continually sought a robust method to monitor milk coagulation. Measurement ...
The coagulation of milk is the fundamental process in cheese-making, which is based on a gel formati...
An automated system for monitoring culture growth and determining coagulum cutting time is needed fo...
An apparatus for predicting milk coagulum cut-time in a cheese making process includes a light sourc...
Cheese products are manufactured more consistently and with better quality if the curd cutting time ...
Curd syneresis, a critical step in cheesemaking, directly influences the quality of cheese. The syne...
End of Project ReportThe objective of this research was to apply on-line continuous sensors in food ...
At present, selection of cutting time during cheesemaking is made based on subjective methods, which...
An NIR reflectance sensor, with a large field of view and a fibre-optic connection to a spectrometer...
A method is provided for improving quality of cheese produced from a milk batch. A light beam from a...
The potential of a fibre optic sensor, detecting light backscatter in a cheese vat during coagulatio...
The objective of this study was to investigate a novel light backscatter sensor, with a large field ...
Response surface methodology was used to study the effect of temperature, cutting time, and calcium ...
The hot wire method, with pH and temperature sensors, was evaluated to determine its usefulness and ...
A method is provided for improving the quality of cheese produced from a curd and whey mixture. The ...
The cheese industry has continually sought a robust method to monitor milk coagulation. Measurement ...
The coagulation of milk is the fundamental process in cheese-making, which is based on a gel formati...