Approval of a 60 per cent Supplementary Cementitious Material (SCM) concrete mix by VicRoads for road and transport projects across Victoria marks a major shift in allowable low-carbon binders for state infrastructure. The mix, developed and trialled with Geoquest Australia, replaces the majority of Portland cement with SCMs such as fly ash and slag, cutting embodied carbon while maintaining performance to VicRoads specifications. Designers and contractors can now specify substantially higher SCM contents on VicRoads projects without seeking project-by-project exemptions.

NASA’s Orion spacecraft programme is driving demand for advanced alloys, with aluminium‑lithium in the crew module to cut mass, titanium for primary structural members, and nickel‑based superalloys in engines to withstand extreme thermal loads. These specifications exemplify how deep-space missions are tightening requirements on fatigue life, high‑temperature creep resistance and weldability in lightweight alloys. For miners and metallurgical suppliers, the mix of Al‑Li, titanium and high‑nickel feedstocks signals sustained demand for high‑purity ores and tightly controlled processing routes.

State Asphalts NSW is pivoting from being primarily a surfacing contractor to developing next‑generation bitumen binders, leveraging 56 years of mix design and pavement performance data across New South Wales networks. A fully commissioned production plant and recent successful binder trials position the company to supply customised polymer‑modified and high‑RAP compatible binders tailored to local traffic loading and climate conditions. For road authorities and civil contractors, this signals a growing local source of performance‑specified binders that can support longer‑life pavements and higher recycled content without major changes to existing asphalt plants.