Content
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| Ramani, K. V. |
Recommendations WS: Energy Systems in Construction |
| Hüttl, R. F. |
Recommendations WS: Energy Systems in Modification |
| Key-notes |
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| Barsk-Rundquist, E. |
The International Dialogue on Forests and Energy |
| Oorsouw, F. van |
Renewable Energy in the 2lst Century from a Global Energy Perspective |
| Trossero, M. A. |
Forest & Energy in the 2lst Century from a Forestry Point of View |
Bourdaire, J.-M.,
Ellis, J. |
Energy-Related Services and Global Environmental Concerns —What Possible Strategies for Forestry? |
| Hatje, W. |
Use of Biomass for Power and Heat Generation — Possibilities and Limits |
| Workshop Energy Systems in Construction |
| Balogun, I. |
Forest and Energy in Developing Countries — Nigeria as Case Study |
| Belle, J.-F. van, Schenkel, Y. |
Energy from Residues in the Forest Industry |
| Ham, C. |
Woodlots for Fuelwood in South Africa: The Past, Present and Future |
| Mahendrarajah, E. S. |
Forestry with a Conscience Survival of Sri Lanka Tea |
| Micuta, W. |
Note on Firewood and its Efficient Use |
| G. Rossier, Micuta, W. |
Should Charcoal Braziers be Promoted? |
| Miranda, R. C. de |
Forest Replacement: An Effective Model to Achieve Sustainability by Fuelwood Consumers view — The Country and the Fuelwood Sector |
| Miranda, R. C. de, . Broek, R. van den |
Power Generation from Fuelwood by the Nicaraguan Sugar MilIs |
| Nurhayati, T. et al. |
Wood Energy Systems in Indonesia |
| Prabhu, E. A. |
A Small Power Plant Running SoIely on Biomass Derived Gas —Many Applications, Many Benefits |
| Prasad, K. K. |
Biomass Based Rural Electrification |
| Su Mingshan, Zhou Luping |
Wood Energy System in China |
| Workshop Energy Systems in Modification |
| Franke, A. & 0. Schätzchen |
Local Development by Decentralised Energy Supply Based on Alternative Fuels |
| Hall, D. 0., Rosillo-Calle, F. |
Biomass as an Environmentally Acceptable Fuel & Implications for the Kyoto Protocol |
| Haschke, P., Oettel, E. |
Holzvergasung als Teil globaler C02-Minderungsstrategie und regionaler Wirtschaftskreisläufe |
| Hillring, R. |
The Impact of Legislation and Policy Instruments on the Utilisation of Wood and Woodfuels |
| Hofbauer, H. |
Physical and Chemical Properties of Wood and Woodfuels |
| Karjalainen T. |
Resource Potentials and Regional Availability |
| Marutzky, R. |
Verwertung und Beseitigung von Rückständen der Holzverbrennung |
| Schneider, B., Kaltschmitt, M. |
Heat Supply from Woody Biomass — An Economic Analysis |
| Strehler, A. |
Technologies of Wood-Combustion |
| Poster Presentations and Additional Contributions |
| Ahl, C. |
Biomass Energy in a Small-Scale Region of a Developed Country— The Case of the District of Göttingen |
| Haberl, H. |
Cascade Utilisation of Biomass: Strategies for a More Efficient Use of a Scarce Resource |
| Häge, K. |
Renewable Resources and their Energetical Use
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| Ilavský J.. Oravec, M. |
State Energy Policy and Utilisation of Biomass in Slovakia |
| Ilavský J.. Oravec, M. |
Utilisation of Biomass in Slovakia |
| Kürsten, E. |
Fuelwood Production in Agroforestry Systems for Sustainable Land Use and C02-Mitigation |
| Nagel, J. |
Determination of an Economic Energy Supply Structure Based on Biomass Using a Mixed-lnteger Linear Optimisation Model |
| Nagel, J. |
Biomass in Energy Supply, especially in the State of Brandenburg, Germany |
| Parikka, M. |
Biosims—A Method for the Calculation of Woody Biomass for Fuel in Sweden |
| Spitzer, J., Schlamadinger, B. |
Carbon Balances of Bioenergy and Forestry Strategies |
| Schulte-Bisping, H., Beese, F. |
Global Availability of Wood and Energy Supply by Fuelwood and Charcoa |
| Telysheva G. et al. |
Energy from Renewables |
| Expositions |
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| Scott Convertech Ltd. |
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| Companies |
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