Biomass for bioenergy

Biomass for bioenergy

Biomass for bioenergy – Demonstration of potential for bioenergy to contribute to energy system transformation in NSW

This project is investigating opportunities for increasing the amount of sustainable biomass use in NSW with a focus on electricity generation. The purpose of the project is to identify available and potential feedstocks for bioenergy generation at varying scales, with an understanding of techno-economic and social constraints.

1. Identify and test the suitability of specific native woody crops to supply biomass for bioenergy;
2. In collaboration with industry, test the potential of pellets for electricity generation;
3. Conduct techno-economic assessments of hybrid solar-biomass concepts for regional energy generation;
4. Analyse potential contribution of bioenergy to emissions reduction in NSW considering factors such as biomass supply, alternative bioenergy technologies and integration within current energy systems;
5. Understand community perceptions around bioenergy.

Want to read the full article – Department of Primary Industries then click this link.

On another note about Biomass

The discussion around the use of Biomass has been raging over the last few years and despite many scientific and academic reports stating the benefits to the environment and the economy, many sceptics remain unconvinced.

Dr Annette Cowie has a long and distinguished career in soil science and plant nutrition, with particular interest in sustainable resource management. She is Principal Research Scientist -Climate, in NSW Department of Primary Industries. Annette is also Task Leader of the International Energy Agency Bioenergy research network “Climate Change Effects of Biomass and Bioenergy Systems”, Land Degradation advisor on the Scientific and Technical Advisory Panel of the Global Environment Facility, and a member of the Science Policy Interface of the United Nations Convention to Combat Desertification. Her current research focuses on sustainability assessment and greenhouse gas accounting in agriculture and forestry; investigating key aspects of soil carbon dynamics and biochar processes; and life cycle assessment of forestry, bioenergy and biochar systems.

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