Toyota Australia and mining giant BHP have signed a memorandum of understanding (MoU) aimed at advancing safety measures and accelerating decarbonisation across BHP’s Australian operations.
The collaboration brings together product development and engineering teams from both industry leaders to address light-vehicle design, safety, and emerging technology challenges.
A key focus of the initiative is assisting BHP in meeting its operational target to reduce greenhouse gas emissions by 30 per cent by 2030. Under the agreement, BHP will leverage the technical expertise of Toyota’s local and global engineering teams.
Together, the companies plan to map out a comprehensive decarbonisation strategy, evaluating alternative technology options and zero-emissions fleet solutions.
Central to BHP’s sustainability push is the planned transition of its light-vehicle fleet. BHP President Australia, Geraldine Slattery, remarked on the importance of electrification in achieving the company’s climate goals.
“At the heart of our efforts to decarbonise our operations is an ambition to electrify our fleet of 5000 light vehicles in Australia,” Slattery said.
“Collaborating with leading suppliers like Toyota shows our clear commitment to developing shared solutions for a safer and more sustainable future.”
Toyota Australia President and CEO, Matthew Callachor, welcomed the expanded partnership, noting its potential to make worksites safer while reducing site-based carbon emissions.
BHP Group Procurement Officer, James Agar, echoed these sentiments, stressing that combining engineering resources with key suppliers is vital to developing next-generation safety and environmental technology.
Beyond their joint operations, the two companies expect the partnership to yield broader industry benefits.
Once established, the safety standards and electrification capabilities developed through the MoU are designed to serve as a blueprint for other organisations seeking to safely transition their own light-vehicle fleets to lower-emission alternatives.
