Fontina cheese is a DOP (Designation of Protected Origin) cheese produced in Aosta Valley (Western Alps, North Italy) by dairy farms and cheese factories members of Fontina Cheese Producers’ Consortium. Since 2003 Fontina Consortium has developed an identification and branding system to trace the cheese from the factories to the consumers, but till now no operative instruments were developed for the traceability of the milk produced by the farms members of the Consortium. This lack is mainly due to the traditional dairy cattle breeding system of Aosta Valley that is based on small family-operated dairy farms characterized by a low technological level. In these farms cows are housed in stall barns during winter, while in spring and summer livestock are herded to upland pastures located at the highest elevations (up to 2300 m a.s.l.). The average number of lactating cows is lower than 20 and they are milked by mobile milking units, bucket or pipeline milking systems. Following the European Union Regulation (EC Reg. 178/2002), a traceability system of the milk was developed for the dairy farms located in mountain areas. The project has been articulated in three sequential phases: • development of a database model (Entity and Relationship model) to identify all the farm data (livestock treatments, feed registration, external foodstuff records, etc) required and useful to trace the milk yield; • implementation of the database model by a user friendly software application to simplify the storage and the management of all the farm data; • development of a special mobile milking unit to record milking data (cows production and milk electric conductivity). The mobile milking unit was equipped with: a RFID antenna to identify the cows by transponders (ruminal bolus); a mastitis detection device, based on the measurement of the milk electrical conductivity, to monitor the quality of the milk produced by each cow; a milk meter to measure the milk yield of each cow; a palm PC with a customized software application to record milking data and then transfer them to the farm database. Presently a field test of the developed system is in progress in a farm of Aosta Valley. Preliminary results showed a fairly good effectiveness of the system in tracing milk production from the stable to the dairy factory nailing the traceability system implemented by Fontina Consortium.

Development of HW and SW solutions for milk traceability / F.M. Tangorra, M. Zaninelli, C. De Santis - In: Computers in agriculture and natural resources / [a cura di] Fedro Zazueta ... [et al]. - St. Joseph : American Society of Agricultural and Biological Engineers, 2006. - ISBN 1892769557. - pp. 475-480 (( Intervento presentato al 4.. convegno World congress on Computers in Agriculture tenutosi a Orlando nel 2006.

Development of HW and SW solutions for milk traceability

F.M. Tangorra
Primo
;
M. Zaninelli
Secondo
;
2006

Abstract

Fontina cheese is a DOP (Designation of Protected Origin) cheese produced in Aosta Valley (Western Alps, North Italy) by dairy farms and cheese factories members of Fontina Cheese Producers’ Consortium. Since 2003 Fontina Consortium has developed an identification and branding system to trace the cheese from the factories to the consumers, but till now no operative instruments were developed for the traceability of the milk produced by the farms members of the Consortium. This lack is mainly due to the traditional dairy cattle breeding system of Aosta Valley that is based on small family-operated dairy farms characterized by a low technological level. In these farms cows are housed in stall barns during winter, while in spring and summer livestock are herded to upland pastures located at the highest elevations (up to 2300 m a.s.l.). The average number of lactating cows is lower than 20 and they are milked by mobile milking units, bucket or pipeline milking systems. Following the European Union Regulation (EC Reg. 178/2002), a traceability system of the milk was developed for the dairy farms located in mountain areas. The project has been articulated in three sequential phases: • development of a database model (Entity and Relationship model) to identify all the farm data (livestock treatments, feed registration, external foodstuff records, etc) required and useful to trace the milk yield; • implementation of the database model by a user friendly software application to simplify the storage and the management of all the farm data; • development of a special mobile milking unit to record milking data (cows production and milk electric conductivity). The mobile milking unit was equipped with: a RFID antenna to identify the cows by transponders (ruminal bolus); a mastitis detection device, based on the measurement of the milk electrical conductivity, to monitor the quality of the milk produced by each cow; a milk meter to measure the milk yield of each cow; a palm PC with a customized software application to record milking data and then transfer them to the farm database. Presently a field test of the developed system is in progress in a farm of Aosta Valley. Preliminary results showed a fairly good effectiveness of the system in tracing milk production from the stable to the dairy factory nailing the traceability system implemented by Fontina Consortium.
Electrical conductivity; Milk production; Milk traceability; Mobile milking unit
Settore AGR/09 - Meccanica Agraria
2006
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2434/32420
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