Add more products
Celebrating an amazing 18 years of innovation and impact, this year, Architecture & Design Sustainability Awards have taken on even greater significance considering recent global events.
Read More
Early in 2024 Siniat published Environmental Product Declarations (EPDs) for their plasterboard and metal framing products. The EPD's are registered with EPD Australasia and are also available for download from the Siniat website. EPDs registered with EPD Australasia are based on ISO standard 14025 and the rules of the International EPD® System, assuring international acceptability.
The architecture and design industry faces greenwashing issues, with vague claims and misleading marketing undermining sustainability efforts. Certifications like Environmental Product Declarations (EPDs) and Declare Labels are crucial for verifying genuine eco-friendly practices. SUPAWOOD sets a high standard by using certified materials and providing clear environmental data, highlighting the need for precise specifications and valid certifications to ensure real sustainability.
Sustainability in the home appliance industry is constantly evolving – and there is no doubt that the rate of progress is only accelerating. Governments across the world are firming up their commitments to 2030 and beyond, regulatory initiatives are following suit, and sustainable choices are fast becoming top of mind for any future-forward industry professional, regardless of sector and area expertise.
Siniat’s Opt2Act® program is a simple and cost-effective way to reduce the embodied emissions or upfront carbon of an overall build by up to 7%. Under the program, customers can opt-in for carbon neutral plasterboard and metal framing products. The opted-in products are supplied with a Climate Active carbon neutral certification.
Autex Acoustics is pioneering sustainability by minimizing glue use and focusing on circular design. Their SpinFix system uses friction welding, avoiding adhesives, while their pelletising process recycles offcuts into new materials. Innovations like ReForm panels from reclaimed textiles and Takeback Programmes exemplify their commitment to creating circular systems that enhance sustainability and reduce waste in the building industry.
With Australia's increasing fire risks due to climate change, National Construction Code 2025 enforces stricter fire safety standards for building materials. SUPAWOOD is ready, offering compliant, fire-resistant architectural linings and demonstrating a commitment to sustainability with local sourcing and energy-efficient practices. Their products meet the new standards, supporting architects and builders in creating safe, eco-friendly buildings.
A genuine pioneer in the fields of sustainable solar shading, Verosol has been ahead of the curve from the very start when its unique metallised fabric that went on to define the brand’s legacy. Now, with a mission to make sustainable solar shading available to all, Verosol offers a comprehensive range of environmentally advanced products with varying compositions.
Verosol's 103 SilverScreen Earth fabric exemplifies sustainable architecture, merging aesthetics with functionality. This PVC-free, fire-retardant polyester fabric features 99.9% pure aluminum, offering superior solar reflectance and energy efficiency. Used in the Australian Bragg Centre, it enhances occupant comfort while meeting rigorous environmental standards, such as Greenguard Gold and Global GreenTag certifications.
As the demand for sustainable building solutions intensifies, metal ceilings are becoming increasingly popular. With their remarkable recyclability and longevity, they are emerging as a smart choice for the forward-thinking and environmentally conscious. Steven Fraser unpacks the environmental potential of metal ceilings and talk about what makes durlum a real stand-out in this space.
Singapore's Changi Airport, designed by SOM and CPG Corporation, exemplifies cutting-edge airport design. Terminal 3 features a distinctive ceiling system by durlum, inspired by butterfly wings, integrating dynamic light modulation for energy efficiency and comfort. This system, which reduces CO2 emissions by 2,400 tons annually, showcases how innovative design can enhance both aesthetics and environmental performance in modern architecture.
Now, more than ever, the choices architects and designers make regarding materials, construction techniques, and overall design strategies are critical, and selecting products that can endure harsh weather conditions, resist corrosion, and offer long-term durability is paramount to ensuring the safety and longevity of the built environment in Australia.
