Ground-breaking biofuel benchmark pricing study


Ground-breaking Australian research on the viability of aviation biofuels has been released, the culmination of almost three years of work by The University of Queensland, James Cook University, The Boeing Company, Virgin Australia, Mackay Sugar and IOR Energy.

The results of the unique study as part of the Queensland Sustainable Aviation Fuel Initiative have been published in the international journal Biofuels, Bioproducts and Biorefining and were presented at the Boeinghosted Aero Environment Summit in Sydney.

Researchers at the AIBN looked at the engineering and associated financial viability of biofuel production.

The work involved detailed techno-economic modelling of the processes to convert three feedstocks – sucrose from sugar cane; microalgae; and oily seeds from a tree called Pongamia – to produce a minimum selling price for aviation biofuel.

The results showed that using current proven technologies, the biofuels would be economically competitive with crude oil at a price per barrel of $301 (sugarcane), $374 (Pongamia seeds) and $1,343 (microalgae).

Market developments would also help, such as good access to animal feed markets, since the three routes could all produce high-protein meal as a by-product.

The results showed that implementing these technological improvements could lower the price to $168 (sugarcane), $255 (Pongamia seeds) and $385 (algae). A major biofuel research effort is underway around the world that could also yield breakthroughs to further lower the costs.

Manager for techno-economic analysis at AIBN, Dr Klein-Marcuschamer said: “The research contributes testable numbers and models to the debate – and provides guidance on where researchers may wish to concentrate efforts to make the biggest impacts on reducing the price of the biofuel.”

Queensland Minister for Science, Information Technology, Innovation and the Arts Ian Walker praised the Queensland Sustainable Aviation Fuel Initiative for its pioneering work. “The complex process involved in making a high-standard commercially viable fuel for a jet engine is a significant challenge,” Mr Walker said.

“The knowledge our scientists have gained will help hone future research efforts and helps us understand what is required to develop a future advanced biofuels industry in Queensland.”

Unlike ground transport, where electric or hydrogen cars provide an alternative, aviation depends on liquid fuels with high energy content.

The aviation industry therefore has a strong desire for fuels that have the required properties, and are cost effective and sustainable.

Success in making biofuels viable would allow the Australian agricultural industries to diversify their product portfolios, with the potential for new manufacturing plants in rural areas such as North Queensland.

The results are available to fellow researchers and the wider community on a Wiki page at:

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Source: AIBN Quarterly

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