Grain Products and Mixed Fodder’s

ISSN-print: 2313-478X
ISSN-online: 2411-3921
ISO: 26324:2012
Архiви

AUTOMATION OF TRACEABILITY PROCESS AT GRAIN TERMINAL LLC “ UKRTRANSAGRO"

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F. A. TRISHYN
http://orcid.org/0000-0002-9380-2891

Анотація

A positive trend of growth in both grain production and export is indicated. In the current marketing year the export potential of the Ukrainian grain market is close to the record level. However, the high positions in the rating of world exporters are achieved not only due to the high export potential, but also because of higher quality and logistics. These factors depend directly on the quality of enterprise management and all processes occurring at it. One of the perspective ways of enterprise development is the implementation of the traceability system and further automation of the traceability process. European integration laws are obliging Ukrainian enterprises to have a traceability system. Traceability is an ability to follow the movement of a feed or food through specified stages of production, processing and distribution. The process of traceability is managing by people, which implies a human factor. Automation will allow, in a greater extent, to exclude the human factor that will mean decreasing of errors in documentation and will speed up the process of grain transshipment. Research work on the process was carried out on the most modern grain terminal - LLC “UkrTransAgro”. The terminal is located in the Ukrainian water area of the Azov Sea (Mariupol, Ukraine). Characteristics of the terminal: capacity of a simultaneous storage - 48,120 thousand tons, acceptance of crops from transport - 4,500 tons / day; acceptance of crops from railway transport - 3000 tons / day, transshipment capacity - up to 1.2 million tons per year, shipment to the sea vessels - 7000 tons / day. The analysis of the automation level of the grain terminal is carried out. The company uses software from 1C - «1C: Enterprise 8. Accounting for grain elevator, mill, and feed mill for Ukraine». This software is used for quantitative and qualitative registration at the elevator in accordance with industry guidelines and standards. The software product has many functions, but the management of the traceability process is implemented to a small extent. The traceability process at the grain terminal of LLC "UkrTransAgro" is considered and described. The expediency of development of the automated control system of the traceability process is justified.  The organizational structure of the enterprise is analyzed. The process of traceability was divided into subprocesses. The process model of the traceability process is developed. The interfaces of the developed software are described. Functional part of interfaces considered. The further ways of modernization of the developed software are determined.
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Як цитувати
TRISHYN, F. (2017). AUTOMATION OF TRACEABILITY PROCESS AT GRAIN TERMINAL LLC “ UKRTRANSAGRO". Grain Products and Mixed Fodder’s, 17(2). https://doi.org/10.15673/gpmf.v17i2.531
Розділ
ПРОЦЕСИ, ТЕХНОЛОГІЧНЕ ОБЛАДНАННЯ ТА АВТОМАТИЗАЦІЯ

Посилання

1. PRO Agro «Ob"emy eksporta klyuchevyih zernovyih i zernobobovyih prodolzhayut znachitelno prevyishat pokazateli proshlogo sezona» - [Elektronnij resurs]. Web: http://proagro.com.ua/news/ukr/13698.html

2. ISO 22005-2007 Traceability in the feed and food chain — General principles and basic requirements for system design and implementation.

3. OOO "UkrTransAgro" – zernoperevalochnyiy kompleks v akvatorii Azovskogo morya (Mariupol, Ukraina). [Elektronnij resurs]. Web: http://ukrtransagro.com

4. IN-Agro: Upravlenie elevatorom dlya Ukrainyi [Elektronnij resurs]. – Web: http://arenda-soft.com.ua/1conline/programmy/31-programma-4

5. Trishyn F.A., Zhyhailo O. M., Husakovskyi V.A. Avtomatyzovana systema prostezhuvanosti // Avtomatyzatsiia tekhnolohichnykh i biznes-protsesiv. – Odesa, 2012. – № 9,10. – s. 21-25;

6. Trishyn F.A., Husakovskyi V.A.., Filimonov H.S. Prostezhuvanist yak vazhlyva skladova kompleksnoi avtomatyzatsii zernopererobnykh pidpryiemstv // Informatsiini tekhnolohii ta avtomatyzatsiia. – Odesa, 2015.