o:931 Analiza hemijskih i energetskih postrojenja u funkciji unapređenja konceptualne faze projektovanja : doktorska disertacija sr This thesis deals with analysis method of chemical and energy plants as an integral part of the conceptual plant design. The purpose of the analysis phase in the conceptual process design is explained by summarizing the fundamental postulates of engineering design and by consider-ing the elements of basic design cycle. Particular attention is devoted to the steady-state, open thermodynamic systems, modelling and simulation, as well to the computer-aided process design and flowsheeting software. The method of exergy analysis was used as the basic tool which evaluates the design solutions with respect to the energy efficiency improvement. In the practical part of the thesis, theoretical framework is illustrated by analysis of three complex plants, two of which are currently operating, while the geothermal plant analysis is used with the aim of performing preliminary accounting for the plant construction in future. Research results obtained in the thesis indicate significant possibilities of energy efficiency improvements in all three plants. Umnoženo za odbranu. Univerzitet u Nišu, Tehnološki fakultet Leskovac, 2014. Bibliografija iza svakog poglavlja. Rezime ; Summary. 44853519 91552101 1674 91552100 44853519 2015-02-23T12:50:42.053Z 45 no 46 mentor Svetislav S. Cvetković 2014 63 mentor Predrag Rašković 2014 63 član komisije Stanko Žerajić 2014 63 član komisije Sreten Stojanović 2014 PDF/A (288 listova) 11108479 http://phaidrabg.bg.ac.rs/o:931 no yes 4 2015-02-23T12:50:42.320Z 70 Konceptualno projektovanje, Energetska postrojenja, Hemijska postrojenja, Analiza procesa, Eksergijska analiza, Postrojenje za proizvodnju tripolifosfata, Binarna geotermalna postrojenja, Postrojenje za kombinovanu proizvodnju toplotne i električne energije Conceptual process design, Chemical and energy plants, Process analysis, Exer-gy analysis, Tripolyphosphate plant, Binary geothermal plant, CHP plant 66 1738 18A08 18A0801 2014