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Economically viable utilisation of biomass for energy conversion by applying the bio-refinery concept: the case of Croatia (CROSBI ID 636184)

Prilog sa skupa u zborniku | sažetak izlaganja sa skupa | međunarodna recenzija

Ćosić, Boris ; Narodoslawsky, Michael ; Duić, Neven Economically viable utilisation of biomass for energy conversion by applying the bio-refinery concept: the case of Croatia // Proceedings of the 2nd eseia Conference SMART AND GREEN TRANSITIONS IN CITIES & REGIONS. 2016

Podaci o odgovornosti

Ćosić, Boris ; Narodoslawsky, Michael ; Duić, Neven

engleski

Economically viable utilisation of biomass for energy conversion by applying the bio-refinery concept: the case of Croatia

Security of energy supply, competitiveness, sustainability and the use of locally available renewable energy sources to meet the energy needs have become important factors in creating a low carbon society. However, the analysis carried out for low carbon systems until 2050 indicates that the achievement of these goals requires a high share of biomass. In order to maximise use of all biomass components from fields and forests to final products integration of different conversion technologies into single facility called bio-refinery is desired. Integration of different bio-refineries into existing biomass processing superstructure and optimisation of the same superstructure is very challenging but, with application of special optimisation methods optimal structure can be find. In this paper, the economic analysis, structural design of the bio-refinery concept and finding optimal structure will be conducted by applying the process network synthesis method and software tool PNS Studio. The Process Network Synthesis framework uses the p-graph method to create a process structure with the aim to find the optimal structure for the analysed system. Application of the process network synthesis framework for analysis of biomass superstructure provides wider compatibility in case of structure upgrading with different biomass conversion technologies, additional biomass resources and adjusting for any other national or regional energy system. Developed model will be implemented on the case of Croatia with emphasise on agricultural and forest residues and unused agricultural land. Moreover, the influence of various factors on the biomass conversion pathways will be examined.

Biomass; Process Network Studio (PNS) Tool; Bio-refinery concept; Biomass utilisation; megastructure

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Podaci o prilogu

2016.

objavljeno

Podaci o matičnoj publikaciji

Proceedings of the 2nd eseia Conference SMART AND GREEN TRANSITIONS IN CITIES & REGIONS

Podaci o skupu

2nd ESEIA Conference SMART AND GREEN TRANSITIONS IN CITIES & REGIONS

predavanje

04.04.2016-06.04.2016

Graz, Austrija

Povezanost rada

Strojarstvo