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Hardwood Residue Bio-Refinery Feasibility Study

Sector: Biomass • Location: Australia

Source: Australian Renewable Energy Agency (ARENA)

Project
Closed

The Hardwood Residue Bio-Refinery Feasibility Study explored the viability of converting hardwood sawmill residue into higher value energy products.Key resultsBoral Timber has identified that the MECC process is technically able to convert hardwood sawmill residues from Boral’s Herons Creek mill into a range of renewable products including; transport grade Renewable Diesel, a renewable bitumen pro

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The project “Hardwood Residue Bio-Refinery Feasibility Study” is an infrastructure initiative in the Biomass sector, located in Australia. Taiyo aggregates data on it from Australian Renewable Energy Agency (ARENA).

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Description

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The Hardwood Residue Bio-Refinery Feasibility Study explored the viability of converting hardwood sawmill residue into higher value energy products.Key resultsBoral Timber has identified that the MECC process is technically able to convert hardwood sawmill residues from Boral’s Herons Creek mill into a range of renewable products including; transport grade Renewable Diesel, a renewable bitumen product that is blendable with fossil fuel bitumen for the production of asphalt plus a range of saleable by-products. The Proof of Concept LCA report identifies that the renewable diesel has less than 25% of the carbon intensity of fossil fuel derived diesel.The business case modelling shows that the project is financially viable on an estimated capital spend of $85M.The next step in the project development is to embark on a detailed engineering design, site selection and regulatory approvals process.

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