THERMAL SCIENCE
International Scientific Journal
FROM THE GUEST EDITORS: SUSTAINABLE DEVELOPMENT - CHALLENGE TO USE THE RESOURCES IN A MORE EFFICIENT WAY, INTEGRATING PROCESSES, AND REUSING WASTE FOR ENERGY PRODUCTION
ABSTRACT
Concerns about energy and environmental security are today on the top of national agendas
f most of the countries in the World. Energy supply and demand, resource efficiency, water supply,
aste and pollution, are some of the most important factors that affect the global community. Increasing
he pressures on limited natural already became an economic, social and political problem. That is
pecially emphasized in developing countries with rapid population growth and increased economic
ctivities where already now demand on energy, water or food surpasses supply. The result are often
ncreasing cost and reduced supply of commodities.
ustainable development offers the way to change the nature of economic growth rather
han limiting it. The paradigm is that "continual growth in a finite world is possible through the powers
f technology, which will enable us to find new sources or provide alternatives if a particular resource
ppears to be running out. Otherwise, technology will help us use and reuse what we have left
n the most efficient manner." [1]
KEYWORDS
THERMAL SCIENCE YEAR
2012, VOLUME
16, ISSUE
Issue 3, PAGES [0 - 0]
- Beder, S., The Role of Technology in Sustainable Development, Technology and Society, 13 (1994), 4, pp. 14-19
- ***, Department for Business, Innovation and Skills, UK Government, Sustainable Production and Consumption, Technology Strategy, Developing UK Capability, Key Technology Area, UK
- ***, World Commission on Environment and Development, Our Common Future, Oxford University Press, Oxford, UK, 1987
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- Pusnik, M., et al., Role of the National Energy System Modelling in the Process of the Policy Development (in this issue, pp. 703-715)
- Bi{}an, D., Filipan, V., Potential of Waste Heat in Croatian Industrial Sector (in this issue, pp. 747-758)
- Wang-Helmreich, H., Lochner, S., The Potential of Natural Gas as a Bridging Technology in Low-Emission Road Transportation in Germany (in this issue, pp. 729-746)
- Bo{njakovi}, B., Geopolitics of Climate Change: A Review (in this issue, pp. 629-654)
- Johnsson, F., Kjarstad, J., Odenberger, M., The Importance of CO2 Capture and Storage - A Geopolitical Discussion (in this issue, pp. 655-668)
- Dedinec, A., et al., The Potential of Renewable Energy Sources for Greenhouse Gases Emissions Reduction in Macedonia (in this issue, 717-728)
- Brems, A., Baeyens, J., Dewil, R., Recycling and Recovery of Post-Consumer Plastic Solid Waste in a European Context (in this issue, 669-685)
- Aranda Uson, A., et al., Study of the Environmental Performance of End-of-Life Tyre Recycling through a Simplified Mathematical Approach (in this issue, pp. 889-899)
- Palander, T., Vesa, L., Tactical Techno-Economic Analysis of Electricity Generation from Forest, Fossil, and Wood Waste Fuels in a Heating Plant (in this issue, 817-826)
- Kalina, J., Fossil Fuel Savings, Carbon Emission Reduction and Economic Attractiveness of Medium- Scale Integrated Biomass Gasification Combined Cycle Co-Generation Plants (in this issue, 827-848)
- Escudero, M., et al., Analysis of the Behaviour of Biofuel-Fired Gas Turbine Power Plants (in this issue, pp. 849-864)
- Baki}, V., et al., Technical Analysis of Photovoltaic-Wind Systems with Hydrogen Storage (in this issue, 865-875)
- Stefanovi}, P., et al., Evaluation of Kolubara Lignite Carbon Emission Characteristics (in this issue, pp. 805-816)
- Mikulandri}, R. A., et al., Improvement of Environmental Aspects of Thermal Power Plant Operation by Advanced Control Concepts (in this issue, 759-772)
- Smajevic, I., et al., Co-Firing Bosnian Coal with Wooden Biomass - Experimental Studies on Laboratory- Scale Furnace and 110 MWe power unit (in this issue, pp. 789-804)
- Stanek, W., Budnik, M., Exergy Diagnosis of Coal Fired Combined Heat and Power Plant with Application of Neural and Regression Modeling (in this issue, pp. 773-787)
- Shim, S. M., Lee, S. J., Kim, W. S., A Numerical Evaluation of Prediction Accuracy of CO2 Absorber Model for Various Reaction Rate Coefficients (in this issue, pp. 877-888)
