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R. Pašičko, D. Kajba, J. Domac: KONKURENTNOST ŠUMSKE BIOMASE U HRVATSKOJ U UVJETIMA ... Šumarski list br. 7–8, CXXXIII (2009), 425-438<br />
Sušnik, H., Z. Benković, 2007: Energetska strategija<br />
Republike Hrvatske u kontekstu održivog<br />
razvitka šumarstva i poljoprivrede. Obnovljivi<br />
izvori energije u Republici Hrvatskoj (energija<br />
biomase, bioplina i biogoriva), HGK, Osijek,<br />
27.–29. svibnja 2007., Zbornik radova:11–18.<br />
Tomić, F., T. Krička, S. Matić, S., 2008: Raspoložive<br />
poljoprivredne površine i mogućnosti šuma<br />
za proizvodnju biogoriva u Hrvatskoj. Šum. list<br />
7–8: 323–330.<br />
Türk, A. i sur, 2006: “Needs and challenges in implementing<br />
key directives – EU Emissions Trading<br />
Directive (2003/87/EC)”, Bioenergy NoE; 15.<br />
prosinac 2006.<br />
Verwijst, T., 2003: Short rotation crops in the world.<br />
U: Nicholas, I. D. (ur.) IEA Bioenergy Task 30<br />
Proceedings of the Conference: The role of short<br />
rotation crops in the energy market. December<br />
1–5, 2003. Mount Maunganui, Tauranga, New<br />
Zealand. Str. 1–10.<br />
Volk, T. A., T. Verwijst, P. J. Tharakan, L.P.<br />
Abrahamson, E. H. White, 2004: Growing<br />
fuel: a sutainability assessment of willow biomass<br />
crops. Ecol. Environ. 2 (8): 411–418.<br />
Zenone, T., M. Migliavacca, L. Montagnani,<br />
G. Seufert, R. Valentini, 2008: Carbon Sequestration<br />
in Short Rotation Forestry and Traditional<br />
Poplar Plantations. FAO, International<br />
Poplar Commission, Poplars, Willows and People’s<br />
Wellbeing, 23rd Session, Beijing, China,<br />
27–30 October 2008, 226 p.<br />
AEO – Annual Energy Outlook<br />
CDM – Clean Development Mechanism<br />
CER – Certified Emission Reduction<br />
DGT – Dugoročni granični troškovi<br />
ERU – Emission Reduction Unit<br />
POPIS KRATICA<br />
ETS – Emission Trading Scheme<br />
JI – Joint Implementation<br />
KGT – Kratkoročni granični troškovi<br />
KKO – Kulture kratkih ophodnji<br />
SUMMARY: A rising share of renewable energy sources in the overall energy<br />
balance is one of the strategic goals of a growing number of countries. By<br />
signing international agreements (e.g. the Kyoto Protocol), and in accordance<br />
with the legislature and accession to the EU, Croatia undertook the obligation<br />
to make concrete steps and increase the use of renewable energy sources, as<br />
stated by the paradigm “sustainable development”. In Croatia, biomass is a<br />
renewable energy source with the greatest potential.<br />
The goal of this work is to explore the impact of the European Emission<br />
Trading Scheme (EU ETS Scheme) and flexible mechanisms of the Kyoto Protocol<br />
– the Joint Implementation Mechanism, JI, and the Clean Development<br />
Mechanism, CDM, – on the competitiveness of biomass energy production.<br />
Compared to fossil fuels, the advantage of biomass is that energy from biomass<br />
combustion is considered CO 2<br />
free technology, since biomass sequesters<br />
CO 2<br />
as part of photosynthesis.<br />
The EU ETS restricts emission amounts at the national level and at the<br />
level of single installation. Every industrial operator is allocated a certain<br />
amount of emission allowances. In order to satisfy their needs, the operators<br />
may trade with their allowances and purchase emission allowances on the<br />
market. The JI and CDM projects represent flexible Kyoto mechanisms which<br />
allow investment in emissions reduction outside the investing country. The<br />
amount of emissions reduced in such projects is used to satisfy the allowances<br />
of the investing countries, while the price of CO 2<br />
emissions per ton is determined<br />
by the market. An allocated amount of emissions which an installation or<br />
a country may emit increases the competitiveness of low-carbon technologies.<br />
Forest management and exploatation produces large quantities of forest<br />
biomass, which can be used for energy production. Biomass can additionally<br />
be generated by the establishment of bioenergy plantations and biomass production<br />
in short rotation crops (SRC) of forest tree species.<br />
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