BAOSTEEL Australia

BAJC Fund Leveraged Projects

  1. Reducing the environmental impact of steel making through direct strip casting (via ARC-L project LP120200499) (BAJC Project ID: BA11001)
  2. Development of highly formable magnesium sheet (via ARC-L project LP120200741) (BAJC Project ID: BA11003)
  3. Model studies of new ironmaking processes (via ARC-L project LP120200469) (BAJC Project ID: BA11009)
  4. New generation high efficienty thermoelectric materials and modules for waste heat recovery in steelworks (via ARC-L project LP120200289) (BAJC Project ID: BA11011)
  5. A fast, eco-friendly approach to the fabrication of low cost high performance titanium components (via ARC-L project LP130100913) (BAJC Project ID: BA11014)
  6. Advanced Manufacturing of Titanium (via RPP project) (BAJC Project ID: BA11014)
  7. Decrease of environmental impact of steelmaking: development of fluorinefree mould flux for steel continuous casting (via ARC-L project LP130100773) (BAJC Project ID: BA12011)
  8. Smart Polymer Hydrogels for Simultaneous Waste Heat Utilisation and Wastewater Treatment for Steel Industry (via ARC-L project LP140100051) (BAJC Project ID: BA13005)
  9. Development of novel nano additive water based lubrication technology for hot rolling of steels (via ARC-L project LP150100591) (BAJC Project ID: BA13012)
  10. Development of CZTS thin film solar cells on Baosteel stainless steel for BIPV application (via ARC-L project LP150100911) (BAJC Project ID: BA13051)
  11. Multiscale study of raceway operations for low-cost and stable ironmaking (via ARC-L Project LP150100112) (BAJC Project ID: BA14026) (BAJC Project ID: BA14026)
  12. Characterizations of inclusions and precipitates in high strength spring steel and investigation of strengthening mechanisms (via ARC-Hub project IH140100035) (BAJC Project ID: BA15003)
  13. Surface Scratching Induced by the Contact Sliding between Die and Sheet Metal Surface (BAJC Project ID: BA17001)
  14. Tribological roles of 2D-0D nanocomposites as additives in water based lubricants (BAJC Project ID: BA17004)
  15. Microporous channel membrane for efficient wastewater recycling (BAJC Project ID: BA17005)
  16. Ethanol from blast furnace offgas - Nano and microscale engineering of MoS2-based catalyst for conversion of syngas to ethanol (via ARC-L project LP0991958 ) (BAJC Project ID: BALP1100)

 

Baosteel

 

The University of Queensland

 

 

The University of New South Wales

 

Monash University

 

University of Wollongong