Skip to Content Skip to Navigation

Project B Green

Biorefining is the process of converting biomass (organic matter) into value-added chemicals, plastics and fuels. This project will gather data on the suitability of Australian sugarcane juice for glycol and biomass for hydrogen production (including yield predictions) in a biorefinery in the Burdekin cane growing region of Queensland.

Financial modelling and a techno-economic analysis will indicate whether the project can be self-sufficient in energy and carbon-negative.There are significant benefits from biorefining that include export revenues, economic growth, diversification of the agricultural sector, stimulation of local manufacturing and climate change mitigation.

Project date

23 Sep 2021-30 Jun 2022
Visit website

Principal investigator

Greg Watson

Research organisation

Burdekin Renewable Fuels

Project funded by

Sugar

Sugar Research Australia (SRA)

SRA invests in and manages a portfolio of research, development and adoption projects that drive productivity, profitability and sustainability for …

Sugar
  • Location

    Australia

  • Organisation type

    Research funding body, Research service providers

Logo for Sugar Research Australia (SRA)

Collaborators

Haldor Topsoe
Sumitomo SHI FW
Procom

Industries

Related research projects

Search all research projects
Logo for Evaluate the operational performance and industry application for the final evaporator design at Victoria Mill
Sugar

Evaluate the operational performance and industry application for the final evaporator design at Victoria Mill

This project will analyse the performance of a new SRI Robert evaporator installed at one of Australia's largest sugar mills, Victoria Mill in North Queensland. Designed by the Sugar Research Institute, the Robert evaporator removes water and non-condensable gasses from the sugar juice, to yield high quality sugar crystals.
  • Funded by

    Sugar Research Australia (SRA)

  • Project date

    9 Jan 2021 - 30 Jul 2022

  • Research organisation

    Wilmar Sugar

Logo for Use of a purge sensor to improve performance and reduce the need for supervision of batch centrifugals
Sugar

Use of a purge sensor to improve performance and reduce the need for supervision of batch centrifugals

Batch centrifugals that operate like a spinning washing machine are used widely to separate raw sugar crystals from the mother molasses. This project will trial a Danish-made sensor to show when and how long to add wash water to the batch centrifugal, to purify the raw sugar crystals - a job that is usually done by a worker at the sugar mill.
  • Funded by

    Sugar Research Australia (SRA)

  • Project date

    15 Sep 2021 - 30 Jul 2022

  • Research organisation

    Bundaberg Sugar

Have questions?

Find out how we can help you.

Find answers to our most frequently asked questions on research projects, commercial opportunities, organisations and more. 

Still have questions or have feedback on the site? Please get in touch by completing our enquiry form.