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EVALUATION OF ECONOMIC RETURN ON INVESTMENT TO NEW PRODUCTION TECHNOLOGY
Abstract
Product manufacturing continuously increases despite of complicated relations and unstable world economics. Various forecasts of development in industry show that in future the consumption should not decrease; on the contrary, it should slightly increase. This happens even despite of minimization in industry. But production processes present environmental charging for any company, acting in given sector. Treatment of waste is important for producers of all kind of waste, as well as for consumers that are producing from ash as a specific kind of waste. Contribution analyzes concrete technology approach, which is different from approaches used in present time, since there is necessary to invest to new production technology, because according environmental principles passive stocking is not acceptable, as well as ineffective technological process of the company. The aim of the contribution is to increase efficiency of the technological process and to suggest new approach, decreasing pollution of living environment and increasing effectiveness, as well as promising outlook to the future even for small companies that are located far from big companies treating the ash as a waste.
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References15
Lucheva B. & Tsonev T. & Petkov R. Non-waste aluminium dross recycling, Journal of the University of Chemical Technology and Metallurgy, vol.40/issue 4, pp 335-338, 2005.
Rybár R. & Kudelas D. & Beer M. Selected problems of classification of energy sources – What are renewable energy sources? In: Acta Montanistica Slovaca. Vol. 20 (3), pp 172-180, 2015.
Straka M. & Malindzakova M. & Rosova A. The simulation model of the material flow of municipal waste recovery, Przemysl Chemiczny, vol. 95/issue: 4, pp 773-777, 2016.
Demis S. & Tapali J.G. & Papadakis V.G. Plant design and economics of rice husk ash exploitation as a pozzolanic material, Waste and Biomass Valorization, vol. 6/ issue 5, pp 843-853, 2015.
Irrenhauser T. & Reinhart G. Evaluation of the economic feasibility of RFID in the supply chain, Production Engineering, vol.8/issue 4, pp 521-533, 2014.
Tabakaev R.B. & Astafev A.V. & Kazakov A.V. & Zavorin A.S. & Polsongkram M. The effectiveness of the small-tonnage solid composite fuel production from biomass, IOP Conference Series: Materials Science and Engineering, vol. 93/issue 1, article No 012017, 2015.
Noelting P. Processing of hot dross with new plant for cooling, milling and classification, Aluminium (English Edition), vol. 60/issue 6, pp e373-e374, 1984.
Khouri S. & Pavolová H. & Cehlár M. & Bakalár T. Metallurgical brownfields re-use in the conditions of Slovakia – a case study, Metalurgija, vol.55/issue 3 pp 500-502, 2016.
Kotečková H. & Sviatskii V. & Gerulová K. & Wachter I. & Yury N. & Blinková L. & Soldán M. The use of waste from bauxite ore in sorption of 3,5-Dichlorophenol from waste water, Acta Montanistica Slovaca, vol.22/issue 4, pp 404-411, 2017.
Sayadi A.R. & Tavassoli S.M.M. & Monjezi M. & Rezaei M. Application of neural networks to predict net present value in mining projects, Arabian Journal of Geosciences, vol.7/issue 3, pp 1067-1072, 2014.
Chiang Y.H. & Cheng Eddie W.L. & Lam P.T.I. Employing the Net present Value – Consistent IRR methods for PFI contracts, International Journal of Production Research, vol.48/issue 7, pp 1983-2001, 2010.
Csikósová A. & Čulková K. & Teplická K. & Antošová M. & Seňová A. A renewable energy sources and the forms of their grant support in Slovakia, SGEM 2011: 11th International Multidisciplinary Scientific GeoConference, Bulgaria, Sofia, vol. 3, pp 9-14, 2011.
Badami M. & Camillieri F. & Portoraro A. & Vigliani E. Energetic and economic assessment of cogeneration plants: A comparative design and experimental condition study, Energy, vol.71, pp 255-262, 2014.
Chalikias M.S. & Kyriakopoulos G. & Kolovos K.G. Environmental sustainability and financial feasibility evaluation of woodfuel biomass used for a potential replacement of conventional space heating sources. Part I: A Greek case study, Operational Research, vol.10/issue 1, pp 43-56, 2010.
Pavolová H. & Khouri S. & Cehlár M. & Domaracká L. & Puzder M. Modelling of copper and zinc adsorption onto zeolite, Metalurgija, vol. 55/issue 4, pp 712-714, 2016.
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