Blog-The Ultimate Guide to INNOVATIVE CONSTRUCTION PRODUCTS AUSTRALIA

Australia's brilliant minds are finding innovative solutions to reshape the building industry with Innovative construction products as the need for better buildings is more urgent than ever.

 

Due to embodied carbon, or the amount of carbon that goes into a building. Concrete and steel are the most significant contributors.

 

Construction materials are carbon and energy-intensive to produce, but they are difficult to recycle, contributing to the growing waste problem in the country.

 

Researchers are discovering new ways to revolutionize and rebuild a more sustainable building sector, brick by recyclable brick.

Using renewable energy to produce green steel

 

Experts are studying Australia's potential role in the green steel industry as the nation makes considerable investments in renewable hydrogen. Hydrogen is used to create green steel instead of metallurgical coal, reducing the amount of iron ore needed and reducing greenhouse gas emissions. Using renewable hydrogen generated from Australia's abundant wind and solar resources can make this process even more sustainable.

 

Archimats

 

In the field of architectured materials, architects are designing materials with internal architectural structures that improve properties like strength, durability, thermal insulation, and energy absorption. By doing so, archimats allow designers to create with composite materials other than steel or concrete.

 

The use of architectural mats could reduce emissions from heavy concrete use, rebuild homes in disaster-stricken areas, boost the use of intelligent technology in micro-manufacturing, as well as be a vital component of outer space construction. The structure of Archimats allows them to be easily assembled and disassembled. They're almost entirely recyclable as well.

 

Bricks made from recyclable plastic

 

Australian researchers are developing construction materials from recycled plastic waste using a new rubber polymer made from sulfur and canola oil. The rubber material can be stretched and compressed without melting, a process called reactive compression molding.

 

The powdered rubber can then be shaped into bricks, tubings, rubber coatings, and bumpers as an alternative to concrete by compressing and heating it with fillers such as recycled PVC, plant fibers, or sand.

 

Recycling timber to make "Smartwood."

"Smartwood" combines water-based nano glue with waste wood that is otherwise destined for the wood chipper for replication of natural hardwood properties, which are comparable to that of a 100-year-old tree.

 

Conclusion

 

 As a result of embodied carbon, the amount of carbon that goes into a building, Innovative construction products Australia, ranks fourth among indirect emitters. In addition to being carbon and energy-intensive to produce, construction materials also pose a waste problem and contribute to the national waste problem.