7 January 2016, ARENA, National bioenergy database to create new opportunities. The Australian Renewable Energy Agency (ARENA) today announced $3 million funding support for the Rural Industries Research & Development Corporation (RIRDC) to undertake a comprehensive biomass for bioenergy assessment. ARENA CEO Ivor Frischknecht said the $6.2 million project would uncover new opportunities and make it easier to develop biomass generation and biofuel projects in Australia. “RIRDC will deliver a national database that brings together data on biomass resources across Australia, providing a clearer picture of where untapped sources of biomass are available,” Mr Frischknecht said. “There is currently no central, national source of data to assist with planning of bioenergy projects and existing local data is incomplete. “Australia’s growing bioenergy industry has cited this lack of reliable information as a significant roadblock to getting new projects off the ground.” RIRDC will work with states and territories to collect data on the location, volumes and availability of biomass for inclusion on the ARENA-supported Australian Renewable Energy Mapping Infrastructure (AREMI) platform. AREMI is a centrally accessible repository for ARENA project information and shares mapping data and information with the renewable energy industry. Mr Frischknecht said the new resource would build on existing work and assist project development and decision making. Read More here
Category Archives: Bioenergy
23 July 2015, The Conversation, Native forests can help hit emissions targets – if we leave them alone: The debate over native forest logging has been sparked once again, partly by the government’s successful push for wood burning to be included in the revamped Renewable Energy Target. However, the disagreement over the best way to manage Australia’s 9.4 million hectares of public native forest is thrown into sharp relief by analysis showing that ending native forest logging, and completing the the industry’s shift into plantations instead, would get Australia much of the way to its greenhouse gas emissions reductions target. Analysis done using the Australian government’s public native forest model suggests that stopping all harvesting in the public native forest estate would generate in the order of 38 million tonnes of potential credits (that is, the equivalent of 38 million tonnes of carbon dioxide emissions avoided) each year in the short to medium term.
While this is the technical capacity, the Kyoto Protocol’s rules cap credits from forest management at 3.5% of base-year emissions, or around 15 million tonnes of CO2 equivalent per year. So if Australia ratifies the second commitment period of the Protocol, which runs from 2013 to 2020, the cap would limit forest management credits to 120 million tonnes of CO2 equivalent over the commitment period. The Australian government’s latest emissions projections estimate that, in order to meet its 5% emissions-reduction target in 2020, Australia has to reduce its emissions by 236 million tonnes of CO2 equivalent over the second commitment period. This means stopping harvesting in public native forests could provide 51% of the abatement task to 2020. Read More here
25 June 2015, The Conversation, Burning wood: an opportunity for renewable power and heat: Burning some wood waste from native forests will be counted as renewable energy under revisions to the Renewable Energy Target (RET) passed this week. Environmental groups and the Greens have criticised the move as possibly encouraging the logging of native forests. Burning wood waste was included in the Renewable Energy (Electricity) Act (2000). Under the Renewable Energy (Electricity) Regulations 2001, harvesting native forest just for energy generation was explicitly not eligible. Until 2011 some wood waste from native forest harvesting was eligible. The latest revisions reinstate some native wood waste under the legislation with the restrictions that existed until 2011.
The RET legislates that, by 2020, 33,000 gigawatt hours of electricity must be generated by renewable energy. This includes wind, solar, hydro, tidal and various bio-energy sources. The scheme works through the creation of certificates for energy generation, and the requirement for liable entities to purchase these certificates. The latest revisions cut the RET from 41,000 GWh to 33,000 GWh and make burning wood waste from some native forest harvesting eligible for certificates under tight restrictions. However, as recognised in the relevant legislation and as shown by developments in Europe, burning wood waste from a variety of sustainable sources offers great potential as another source of renewable heat and electricity. Read More here
24 June 2015, Renew Economy, RET settled, so what next for renewable energy advocates? Now that at long last the RET debate is settled, what next for advocates of renewable energy? Since the first worrying signs that the Coalition may not support the Renewable Energy Target’s 41,000 GWh target before the 2013 federal election, the defence of the RET has, quite understandably, consumed much of the time and resources of the renewable energy sector.
One of the costs of this political fight has been that much important analysis and public debate have been deferred, especially around the question of renewable energy targets for 2030 and beyond. With the near-term crisis now settled it is time to reanalyse the cost and technical feasibility of achieving very high renewable energy penetration levels. Analytical work needs to be done now because the national conversation about increasing the RET for the years 2030 and beyond will inevitably start soon. The next election is never far off. Perhaps the best way to achieve this would be to update and extend the 100% renewable energy studycompleted by the Australian Energy Market Operator (AEMO). This study was commissioned by the Gillard Government under pressure from the Greens as part of the Multi-Party Climate Change Committee (MPCCC) agreement. It was published in 2013, with most of the analysis completed in 2012. Read More here