Improving Food Safety by IoT-based Climate Monitoring and Control Systems for Food Processing Plants

被引:0
作者
Ramakrishna Kolikipogu [1 ]
Elangovan Shivaputra [2 ]
Jnaneshwar Pai Muniyandy [3 ]
Gundala Venkata Rama Maroor [4 ]
Bhagavan Lakshmi [5 ]
R. Konduri [6 ]
undefined Naveenkumar [7 ]
机构
[1] Chaitanya Bharathi Institute of Technology,Department of Information Technology
[2] Dr. Ambedkar Institute of Technology,Department of Electronics and Communication Engineering
[3] Saveetha School of Engineering,Department of Biosciences
[4] Saveetha Institute of Medical and Technical Sciences,Applied Science Research Center
[5] Applied Science Private University,Department of Business Administration
[6] Nitte Institute of Professional Education,Department of Computer Science and Engineering
[7] Nitte (Deemed to Be University),Department of Computer Science and Engineering
[8] CVR College of Engineering,Department of Computer Science and Engineering
[9] Koneru Lakshmaiah Education Foundation,undefined
[10] Chandigarh Colleges of Engineering,undefined
[11] Chandigarh Group of Colleges,undefined
关键词
Food safety; Meat processing; Internet of Things; Monitoring; Supply chain;
D O I
10.1007/s41976-024-00190-4
中图分类号
学科分类号
摘要
Web different IoT apps offer lot more options for every player in the meat supply chain to monitor, control, and optimize their manufacturing method. Beginning within late 2017, industrial IoF2020 program will concentrate toward massive deployments of IoT via three use cases in the meat supply chain: pig farm management, poultry chain tracking, and for livestock visibility with openness. This initiative will include eleven collaborators spanning 5 nations. Installing and integrating IoT sensors for environmental and livestock management would alleviate producers’ difficulty getting knowledge that data needed regarding continuously tracking how well they are doing. Alert detection is additionally being created, integrating multiple sources of data in order to give farmers helpful input along with communicating news with other partners. By carrying out this, preventative or remedial measures can be done for infections, swine taint, bird mortality, feed waste, the natural world, et cetera. Additionally, EPCIS-based traceability from farm to fork will be allowed to ensure customers may get precise data about the source and caliber of their livestock. Each of these three use scenarios’ existing stage in work along with future plans are expected to be discussed. IoF2020 seeks to support the digital revolution in smart farming by tackling various educational and commercial problems while also promoting its use throughout Europe. It maintains mechanical necessary degree and security against physical along with toxic contaminants during industrial butchering of chicken, a lot measures have been taken. Buyers’ worries about food safety and health are the result of eating chicken increasingly. Our authorities have begun many kinds of initiatives aimed at improving safeguards for food. Our goal is to create an apparatus that alerts the factory farms affecting potential threats for product hygiene of food. With such setup, the detector can be mounted on top of the poultry slaughtering conveyor system to identify potential dangers in accordance with a necessary degree for physical and microbial safety. A meal quality inspector would get information once trash exceeds the maximum level of the acceptable degree for safeguards; therefore, the law enforcement official is subsequently ready to proceed with the required steps that ensure meal security of the food. When dispatching chicken, the technology will enhance Hazard Analysis and Critical Control Point (HACCP). So welfare of producing supplies may be ensured for bird meat factories employing such techniques.
引用
收藏
页码:387 / 399
页数:12
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