Supply Chain Sustainability in Focus: A UQ - Cardiff University Collaboration

The SIRH team with Professor Vasco (centre).

Professor Vasco Sanchez Rodrigues, an expert in sustainable supply chain management from Cardiff University in the UK, recently visited the University of Queensland's Sustainable Infrastructure Research Hub (SIRH). This visit marks the beginning of a collaborative effort between the two universities. Professor Vasco shared insights on sustainable supply chain management and net-zero logistics, focusing on the challenges and opportunities of transitioning to a decarbonized economy.

He emphasized the complexity of achieving sustainability across various industries, advocating for a comprehensive assessment of the entire supply chain from raw material acquisition ("first mile") to final consumption ("last mile"). This approach helps identify environmental impacts and other externalities at each stage, such as water depletion, biodiversity loss, socioeconomic inequalities, and carbon footprint. Further, he emphasized a common misconception about sustainability, advocating for a broader perspective that addresses all aspects, not solely decarbonization.

Professor Vasco presenting his insights.

Drawing on experience working with industries around the world, Professor Sanches Rodrigues highlighted progress made by companies to reduce emissions through innovative solutions in the agri-food supply chains and the adoption of low-emission technologies in logistics projects. However, he stressed the urgency of climate change demands further action. Government policies can significantly accelerate companies' sustainability efforts, a point particularly evident in the European Union (EU) and Costa Rica with strong sustainability policies. Notably, Costa Rica has achieved carbon negativity, while other governments are yet to translate their intentions into concrete action plans.

Looking ahead, Professor Sanchez Rodrigues emphasized the urgency of proactive sustainability actions to mitigate future climate-related challenges and costs. 
 

Last updated:
16 October 2024