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Case Study: Nordfab Pty Ltd x Green-Technology, E-Waste Company

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13 Dec, 2023

This post was originally published on Sustainability Matters

Implementing Nordfab Australia’s packed tower wet scrubber, ducting system, and carbon filter systems can offer several advantages for a green-technology company focused on eliminating electronic waste from landfill and promoting a circular economy.

Here are some key advantages:

Efficient Pollution Control:

The packed tower wet scrubber efficiently removes pollutants and contaminants from exhaust gases produced during the recycling or reprocessing of electronic waste. This ensures compliance with environmental regulations and minimises harmful emissions, contributing to a cleaner environment.

Resource Conservation:

The ducting system facilitates the efficient movement of air and gases within the facility, optimising energy use and reducing resource wastage. This helps in conserving energy, which aligns with the goals of sustainability and reducing the carbon footprint.

Odour and Emission Control:

The carbon filter systems are effective in eliminating odours and capturing volatile organic compounds (VOCs) that might be released during the recycling process. This ensures a safer and healthier working environment for employees and neighbouring communities.

Enhanced Recycling Processes:

By installing these systems, the company can improve its electronic waste recycling processes. Cleaner air and reduced emissions mean better working conditions for employees and can potentially increase productivity and efficiency in handling recycled materials.

Compliance and Reputation:

Adhering to strict environmental standards and utilising advanced pollution control technologies can enhance the company’s compliance profile. This can lead to positive public perception, bolstering the company’s reputation as a responsible and eco-conscious entity in the industry.

Contribution to Circular Economy:

By efficiently managing waste and recycling processes while minimising environmental impact, the company aligns with the principles of a circular economy. This contributes to the goal of reintroducing valuable materials back into the production cycle, reducing the need for raw materials and promoting a more sustainable approach to manufacturing.

Long-Term Cost Savings:

While initial investment might be required for installing these systems, they often lead to long-term cost savings. Reduced energy consumption, minimised waste, and improved process efficiency can result in lower operational costs over time.

In essence, the integration of Nordfab Australia’s systems can significantly support the green-technology company’s mission of eradicating electronic waste from landfill, promoting a circular economy, and ensuring environmentally responsible practices in its operations.

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Circularity roadmap for construction industry announced

Circularity roadmap for construction industry announced

World Green Building Council (WorldGBC) has launched the Asia Pacific Regional Network (APN) Resources and Circularity Readiness Framework, presented at the WorldGBC hosted accelerator session, ‘Retrofitting buildings: Lessons from a global network’, as part of the World Circular Economy Forum 2025 (WCEF2025), a global event dedicated to the circular economy.

Developed by WorldGBC’s APN of 17 Green Building Councils (GBCs) as well as knowledge partners, the framework is a practical roadmap aimed at policymakers and businesses across the region to assess their circularity readiness and identify strategic priorities for action to decarbonise their building stock on both a national and regional scale.

The framework can be used as a tool to quantify the business case for circular, sustainable principles in the built environment, and support businesses and governments to reduce waste, conserve resources and lower carbon emissions. It shows the industry the practical steps it can take now towards circularity, based on its current capabilities. It sets out clear assessment criteria, specific readiness indicators and actionable guidance based on five interconnected elements:

Government leadership: Policies and regulations driving circularity at all levels.
Technical solutions: Innovative approaches enabling resource efficiency and circular material flows.
Data: Measurement systems tracking resource use and circularity progress.
Finance: Funding mechanisms supporting circular business models and infrastructure.
Mindset: Cultural shifts prioritising resource conservation and sustainable consumption.
 

The Framework further supports WorldGBC’s 2025–2027 strategic plan, which outlines the vision for a sustainable built environment, guided by global 2030 decarbonisation goals.

Joy Gai, Head of Asia Pacific Network, WorldGBC said, “The framework has been developed by sustainability experts from the Asia–Pacific, one of the most diverse regions in the world, which is defined by remarkable complexities of culture, building stocks and environmental conditions. Our network recognises that harnessing diversity is fundamental to shaping a more resilient, resource-efficient future — but we need a guide to show us how to put our ambition into action. That is why we developed the APN Resources and Circularity Readiness Framework.

“WorldGBC is proud to join our Green Building Councils and partners in launching this timely resource. It creates a common language to guide businesses through collaboration, identifying their needs and applying circular methods which support our shared vision for a sustainable and regenerative future for Asia–Pacific and beyond.”

Jeff Oatman, chair of the Asia Pacific Regional network, Head of Collaboration and membership at Green Building Council of Australia (GBCA), added, “The Resources and Circularity Readiness Framework is a timely and much-needed initiative to accelerate the transition to a more regenerative and resource-efficient built environment across our region. By offering a clear pathway for assessing readiness and driving action, it empowers governments, industry and communities to make smarter, more sustainable decisions around circularity. I’m proud to be part of this collaboration and to contribute to a tool that not only fosters innovation but also supports practical outcomes that matter for people and the planet.”

Takuji Kohama, Chief Representative, AGC Group for Asia Pacific, also commented, “A resilient built environment relies on understanding ecological interconnections and making a conscious shift from linear consumption to cyclical resource stewardship. Designing buildings and infrastructures with their lifecycle in mind maximises material efficiency and minimises waste through a holistic approach from resource sourcing to end-of-life. Prioritising design for disassembly, material recovery, reuse and repurpose transforms buildings into dynamic material banks, significantly reducing construction’s environmental impact and fostering economic and environmental sustainability.

“Participating in the formulation of Resources and Circularity Readiness Framework offers a practical path to sustainable growth in our resource-constrained and climate-challenged region. This framework empowers built environment stakeholders to adopt a regenerative, resilient mindset focused on long-term value creation, redefining design, construction and living beyond waste minimisation. We aim to catalyse greater collaboration, innovation and systemic change, positioning AGC as a regional leader in circular economy practices and a model for urban sustainability.”

GBCs will use the framework to assess their own readiness to accelerate the transition to a circular economy in the built environment, as well as supporting the Asia–Pacific market. To find out more, head to the Green Building Council of Australia website.

Image credit: iStock.com/Benjamas Deekam

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