References

Bajraktari-Gashi, Z. and M. Zabeli, 2017. Factors affecting the increase in the pre-reductio scale of the Fe-Ni ore in the rotary kiln. J. Intl. Environ. Sci., 12: 52-58.
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Bajraktari-Gashi, Z., 2012. Theoretical and experimental research in order to reach optimum technical, technologic and productive parameters during qualitative reduction of Ni ore in Fe-Ni foundry in Drenas. Ph.D Thesis, University of Pristina, Mitrovica, Kosovo.

Bajraktari-Gashi, Z., M. Zabeli and B. Halilaj, 2018. The impact of Pet-Kok in the technological process of production of Fe-Ni in the new foundry of the new ferronikel in drenas. J. Intl. Environ. Appl. Sci., 13: 72-77.
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Gashi, Z., I. Gashi and M. Rama, 2013. Mathematical modeling of nickel ores pre-reduction simulations in laboratory rotary KILN LINDER. Intl. J. Gen. Eng. Tech., 2: 17-28.

Gashi, Z., S. Imeri and N. Tahiraj, 2011. Kosova dry lignite treatment in the process of ore frying in the smelter of new co Ferronikeli in Drenas. Intl. Multidiscip. Sci. GeoConf. SGEM., 1: 1125-1129.
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Gashi, Z., S. Imeri, N. Lohja, M. Zabeli and N. Tahiraj et al., 2011. Experimental research on pre-reduction of nickel silicate ore in new ferronickel factory in Drenas. Proceedings of the 4th WSEAS International Conference on Energy and Development-Environment-Biomedicine (EDEB’11), July 14-17, 2011, World Scientific and Engineering Academy and Society (WSEAS), Zographou, Greece, ISBN:978-1-61804-022-0, pp: 306-311.

Gashi, Z.B., R. Maksuti and N. Murati, 2015. The usage of Pet Kok is a possibility of reducing the amount of heavy oil in the rotary kilns in the new foundry of the New Ferronikel in Drenas. Appl. Mech. Mater., 749: 111-115.
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Zabeli, M., Z. Bajraktari-Gashi and A. Haxhiaj, 2016. Determination and calculation of components cargo (Slag) during smelting of copper ores. Intl. J. Min. Proces. Extrac. Metal., 1: 14-18.