Explore how sorting, recycling, material passports, and public procurement can transform construction and demolition waste ...

A bio-based concrete retarder made from cocoa pod waste maintained mechanical performance while reducing slump loss in ...

Bio-based building materials offer lower-carbon alternatives for concrete, insulation, glazing, and structural applications ...

Laboratory tests show that circular and horizontal rectangular steel tubes can improve the structural performance of concrete ...

A validated building model shows how wall materials and assessment locations influence structural responses to recorded mining tremors.

Researchers have developed an AI-driven method to design stronger, lower-carbon concrete by combining metakaolin with advanced predictive modeling. Study: AI-driven sustainable strength prediction and ...

As Australia’s construction industry faces a critical skills shortage, new research from Adelaide University shows how the industry can better support women and therefore strengthen the future ...

Tracking construction materials from origin to installation has long been a logistical headache, especially on large, multi-stakeholder projects. While digital tools exist, many companies still rely ...

Material produced at MCi Carbon’s Myrtle demonstration plant in Newcastle has been successfully used in concrete field trials hosted by Boral at its Maldon Cement Works in New South Wales.

Advanced sensing and control technologies help smart homes deliver intelligent automation, environmental monitoring, and ...

MCi Carbon is a world-leading Australian clean technology company that has built Myrtle, the world's first “carbon refinery”.

Iron ions enhance plant-based foams, enabling stronger and more water-resistant foamed concrete. Study: Properties of foamed concrete utilizing Fe(II) as foam stabilizer for hydrolyzed pumpkin seed ...