Australia’s asphalt sector, led by guidance from the Australian Flexible Pavements Association (AfPA) and Projects Technical Advisor Trevor Distin, is pushing performance-based mix design to exploit asphalt’s 100 per cent recyclability and cut pavement carbon. Reclaimed asphalt pavement (RAP) is being reprocessed into new surface and base courses, with higher RAP contents enabled by rejuvenators, tighter binder grading and improved plant controls. For designers and asset owners, the shift means specifying functional performance (rutting, fatigue, texture, skid resistance) and lifecycle cost rather than prescriptive mix recipes.

The US Department of Energy’s TRACE-Ga initiative is awarding about $5.4 million to five firms to design and validate flowsheets to restart primary gallium production, after nearly 40 years of zero domestic output and 100% import reliance under China’s 98% global supply dominance. PHNX Materials will target non-traditional waste streams to co-produce gallium, supplementary cementitious materials, alumina and ammonium sulphate, while Atlantic Alumina and Found Energy will apply counter-current ion exchange, electrochemistry and Direct Bayer Extraction to recover gallium from hot, dilute Bayer liquors. Kunin Technologies aims for a 12 tpa gallium pathway from high-Ga metal streams, and Indium Corporation will build recycling-based recovery from scrap, signalling new process options for alumina refineries and metallurgical residues.

Murphy has completed the UK’s first permanent works pour using Ecocem ACT low‑carbon concrete, marking a shift from traditional CEM I mixes on a live infrastructure scheme. Ecocem ACT is a clinker‑reduced binder system designed to cut embodied CO₂ significantly while maintaining CEM I‑equivalent strength and setting performance, enabling direct substitution in structural elements. For designers and contractors, this early UK deployment provides a live reference for specification, QA testing, and durability assessment of next‑generation low‑carbon binders in permanent works.