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Название Zirconium iodide refining automation system working out using the experience for creating an automatically-controlled stand based on the shaft resistance furnaces
DOI 10.17580/tsm.2016.01.15
Автор Lavrikov S. A., Kotsar M. L., Andreev A. V., Chernyshev A. A.
Информация об авторе

All-Russian Research Institute of Chemical Technologies, Moscow, Russia:

S. A. Lavrikov, Leading Researcher
M. L. Kotsar, Head of Laboratory, e-mail: kotsar@vniiht.ru


JSC “Chepetsky Mechanical Plant”, Glazov, Russia:
A. V. Andreev, Head of a Shop
A. A. Chernyshev, Head of a Group


Automatically-controlled trial stand for working through optimum control modes of zirconium iodide refining in metal devices was constructed on the base of a shaft resistance furnace and a Ts-40M (Ц-40М) metallic devices with further putting into operation at the JSC “Chepetsky Mechanical Plant”. Hardware and software of the automatically-controlled stand are based on the CompactRIO equipment and LabView graphical software made by National Instruments company (USA). The software consists of programs for computer, CompactRIO 9073 controller and reconfigurable chassis with FPGA chip. There are considered the problems of replication of the furnaces automated control solutions, including changes in the hardware and software structure in order to the furnaces control system total cost cut down. There is offered an approach to the software replication in the LabVIEW environment with consecutive increasing the number of resistance furnaces. It is based on copying the LabVIEW project for one furnace, creating stand-alone applications running under a WINDOWStype operating system followed by their integration into the program of the branch foreman using the WINDOWS API library. Such approach simplifies the replication process in case of the consecutive putting into operation new resistance furnaces and does not disturb the common working rhythm of the plant department. The proposed and realized automation system unites a group of resistance furnaces and Ts-40M devices under the control of a single remote computer and several operator terminals nearby the furnaces. Operating experience of the first group of computer-aided control furnaces allowed to make some changes in the furnaces control system aimed at improvement of the equipment operation stability as well as zirconium output from machines. These includes modernization of the power supply to the furnaces and the development of the information part of the system with installation of a separate server computer for the process data backup.

Ключевые слова Zirconium, iodide refining, metallic device, shaft resistance furnace, software, automatically-controlled stand, controller
Библиографический список

1. Kotsar M. L., Morenko O. G., Shtutsa M. G., Akhtonov S. G., Aleksandrov A. V., Ziganshin A. G., Indyk S. I., Kucheryavenko E. N., Lazarenko V. V., Lapidus A. O., Pogadaev V. A., Popov A. M. Poluchenie vysokochistykh titana, tsirkoniya i gafniya metodom iodidnogo rafinirovaniya v promyshlennykh usloviyakh (Industrial obtaining of high-pure titanium, zirconium and hafnium by iodide refining method). Neorganicheskie materialy = Inorganic materials. 2010. Vol. 46, No. 3. pp. 332–340.
2. Xu L., Xiao Y., Van Sandwijk A., Xu Q., Yang Y. Production of nuclear grade zirconium. Jornal of Nuclear Materials. 2015. Vol. 466. pp. 21–28.
3. Lavrikov S. A., Kotsar M. L., Lapidus A. O, Akhtonov S. G., Aleksandrov A. V., Ogorodnikov L. V., Chernyshev A. A., Kopysov N. V. Avtomatizatsiya protsessa iodidnogo rafinirovaniya tsirkoniya iz otkhodov i oborotov proizvodstva na promyshlennom oborudovanii Otkrytogo Aktsionernogo Obshchestva Chepetskiy Metallurgicheskiy Zavod (Automation of iodide refining of zirconium from production wastes and turnovers at industrial equipment of JSC “Chepetsky Mechanical Plant”). Atomnaya energiya = Atomic energy. 2013. Vol. 115, No. 6. pp. 347–350.
4. Lavrikov S. A., Kotsar M. L., Lapidus A. O, Akhtonov S. G., Aleksandrov A. V., Ogorodnikov L. V., Chernyshev A. A., Kopysov N. V. Avtomatizatsiya protsessa polucheniya vysokochistogo tsirkoniya iz otkhodov i oborotov proizvodstva v promyshlennykh pechakh SKB-5025 i apparatakh Ts-40M (Automation of high-pure zirconium obtaining from production wastes and turnovers in industrial furnaces SKB-5025 (СКБ-5025) and apparatuses Ts-40M (Ц-40М)). Voprosy atomnoy nauki t tekhniki. Seriya: Fizika radiatsionnykh povrezhdeniy i radiatsionnoe materialovedenie = Problems of Atomic Science and Technology. Series: Physics of Radiation Effects and Radiation Materials Science. 2014. No. 2 (90). pp. 89–95.
5. Jeffrey Travis, Jim Kring. LabVIEW dlya vsekh (LabVIEW for Everyone). Moscow : DMK Press, 2008.
6. Baran E. D. LabVIEW FPGA. Rekonfiguriruemye izmeritelnye i upravlyayushchie sistemy (LabVIEW FPGA. Reconfigured measurement and controlling systems). Moscow : DMK Press, 2009.
7. Laird J. S., Szymanski R., Ryan C. G., Gonzales-Alvares I. A Labview based FPGA data acquisition with integrated stage and beam transport control. Materials and Atoms. 2013. Vol. 306. pp. 71–75.
8. Li Min, Yuan Y. J., Mao R. S., Xu Z. G., Peng Li, Zhao T. C., Zhao Z. L., Zahng Nong. The Control system for the multi-strip ionization chamber for HIMM. Nuclear Instruments and Methods in physics Research. 2015. Vol. 776. pp. 21–26.
9. Humphreys I., Eisenblatter G., O’Donnell G. E. FPGA based Monitoring Platform for Condition Monitoring in Cilindrical Grinding. Procedia CIRP. 2014. Vol. 14. pp. 448–453.
10. Rossel R. E., Fedosseev V. N., Marsh B. A., Richter D., Roshe S., Wendt K. D. A. Data acquisition, remote control and equipment monitoring for ISOLDE RILIS. Nuclear Instruments and Methods in physics Research. 2013. Vol. 317. pp. 557–560.
11. Denisenko V. V. Kompyuternoe upravlenie tekhnologicheskim protsessom, eksperimentom, oborudovaniem (Computer modeling of technological process, experiment, equipment). Moscow : Goryachaya liniya — Telekom, 2009.
12. Richard Simon. Windows 2000 API. DiaSoftYuP, 2004. 1216 p.

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