Australian Scrap Market Overview

Comprehensive Analysis of the Australian Scrap Metal Market and Metropolitan Processing Ecosystem

The Australian scrap metal and recycling industry serves as a foundational component of the nation’s transition toward a circular economy, operating at the intersection of heavy industrial manufacturing, environmental stewardship, and global commodity trading. As of 2025, the market represents a complex network of collection, processing, and export activities that are increasingly influenced by domestic decarbonization targets and shifting international trade dynamics. The sector is currently valued at approximately USD 5.27 billion and is projected to experience a sustained expansion, reaching USD 7.35 billion by 2034. This growth trajectory, characterized by a compound annual growth rate of 3.78%, is fundamentally linked to the increasing demand for secondary raw materials in the construction, infrastructure, and renewable energy sectors.

National Market Valuation and Macroeconomic Drivers

The valuation of the Australian metal recycling industry is not merely a reflection of volume but is increasingly driven by the qualitative shift toward high-grade, processed materials that support low-carbon production. In 2025, the market reached a pivotal valuation of EUR 4.8 billion (approximately USD 5.27 billion), underpinned by a strong demand for recycled feedstock from the construction and manufacturing sectors. This demand is catalyzed by tighter environmental regulations and the prioritization of circular economy practices within corporate agendas, as manufacturers seek cost-effective alternatives to volatile primary raw material prices.

The industry’s structural composition reflects the broader Australian economic landscape, with the construction sector leading the market at a 36% share. This dominance is a direct consequence of large-scale infrastructure projects, government-funded transportation networks, and steady residential development. These activities generate significant volumes of scrap while simultaneously demanding recycled structural steel and reinforcement bars, creating a self-sustaining loop within the domestic building industry. Furthermore, the mining and manufacturing sectors remain critical suppliers of industrial scrap, ensuring a steady availability of high-grade raw material for recyclers.

Business Concentration and Competitive Landscape

The Australian market exhibits a moderate level of concentration, with the sector dominated by large, vertically integrated entities that possess the capital required for advanced processing infrastructure.6 As of 2025, there are approximately 145 dedicated scrap metal recycling businesses across the country.6 This number has remained relatively stable, with a modest projected increase to 146 businesses by 2026, indicating that market growth is primarily occurring through the expansion of existing facilities rather than the entry of new small-scale players.6

Sims Limited stands as the largest business in the sector, serving as a global leader in metal recycling and circular solutions for technology.6 Founded in Sydney in 1917, the company has expanded its operations to over 150 facilities across 13 countries, with its Australian and New Zealand (ANZ) division serving as a cornerstone of its global operations.7 In the 2025 fiscal year, Sims Limited reported total sales revenue of $7,494.0 million, a 4.1% increase from the previous year, driven by higher average sales prices for non-ferrous metals.7 The ANZ segment alone delivered an underlying EBIT of $72.2 million in FY25, despite challenging domestic market conditions and increased competition from Chinese exports in the Asian region.7

InfraBuild represents the other major pole of the Australian scrap ecosystem, operating as the nation's largest integrated manufacturer and supplier of steel long products.8 The company’s recycling business units contribute approximately 1.4 million tonnes of scrap metal annually into its domestic steelmaking operations, utilizing 22 scrap metal recycling sites across Australia.8 This internal supply chain is critical for InfraBuild’s ability to provide sustainable steel solutions to the infrastructure, commercial, and residential construction markets.8

Segment Analysis: Ferrous and Non-Ferrous Markets

The Australian scrap market is divided into high-volume ferrous materials and high-value non-ferrous commodities. Each segment operates under distinct economic pressures and is influenced by different global commodity cycles.

Ferrous Scrap and the Steel Industry

Steel remains the backbone of the Australian metal recycling market, accounting for a 48% share in 2025. This dominance is attributed to steel’s infinite recyclability, which allows it to retain its strength and quality through multiple cycles, and its well-established collection networks. The ferrous scrap recycling market is expected to reach a projected revenue of US$ 1.9 million by 2030, with a CAGR of 6% beginning in 2025. While the revenue per tonne is lower for steel compared to non-ferrous metals, the sheer volume generated by the construction and automotive sectors makes it the market's primary driver.9

In 2025, the pricing for ferrous metals reflects the stability of the construction industry and international steel demand. Heavy steel scrap is valued at approximately $0.25 to $0.34 per kilogram, while light gauge steel, often sourced from domestic pressing and automotive frames, trades between $0.10 and $0.20 per kilogram.9 Iron scrap, including cast and wrought iron, fetches slightly higher rates at $0.15 to $0.25 per kilogram due to its density and utility in structural applications.9

The shift toward Electric Arc Furnace (EAF) steelmaking is a transformative trend for the ferrous market. Unlike traditional blast furnaces that rely on iron ore and coal, EAFs use nearly 100% scrap metal as feedstock. In July 2025, Sims Limited signed an agreement with Equest Steel (trading as Alter Steel) to support a planned EAF in Pinkenba, Queensland, scheduled for 2028. Under this proposal, Sims would supply up to 550,000 tonnes of ferrous scrap annually, effectively keeping high-value manufacturing feedstock onshore and significantly lowering the carbon intensity of Australian steel.

Non-Ferrous Metals and the Energy Transition

Non-ferrous metals, though lower in volume, represent the high-value segment of the recycling market. Copper, aluminum, and brass are increasingly viewed as strategic assets due to their essential role in the electrification of the global economy.

Copper remains the most valuable commonly recycled metal in 2025, with clean "Bright & Shiny" copper wire reaching prices as high as $11.75 per kilogram in regions like Adelaide, reflecting strong local demand and global supply constraints.9 The demand for copper is being fundamentally reshaped by its necessity in wind farms, solar systems, and electric vehicle (EV) batteries. For instance, recycling one tonne of copper scrap is significantly more energy-efficient than mining and refining primary ore, making it a priority for companies pursuing sustainable supply chains.

Aluminum is witnessing a shift toward closed-loop recycling systems. In late 2024, Capral successfully trialed aluminum billet containing 20% recycled content, supplied by Rio Tinto at Boyne Smelters. This project utilized 50 to 100 tonnes of post-production aluminum scrap from Capral’s Bremer Park extrusion facility, proving the commercial viability of localized recycled aluminum supply chains. In the scrap market, extruded aluminum and aluminum wheels are among the highest-valued aluminum products, trading between $1.60 and $1.90 per kilogram.

Regional Market Analysis: Major Australian Cities

The scrap metal industry is geographically concentrated in industrial hubs within major metropolitan areas, where logistics networks and manufacturing clusters intersect.

Sydney and New South Wales: Regulation and Urban Recovery

Sydney’s scrap market is defined by a rigorous regulatory framework designed to curb illicit trade and improve environmental outcomes. The New South Wales Scrap Metal Industry Act 2016 and the Scrap Metal Industry Regulation 2024 mandate that all scrap businesses must be registered and strictly prohibit cash payments for scrap metal. This legislation has transformed the local market by requiring electronic records for all transactions, thereby increasing transparency and accountability.

The metropolitan processing infrastructure is concentrated in several key districts:

• St Marys and Milperra: Industrial hubs hosting major facilities like Sims Metal and Metal Recyclings, which provide large-scale site clean-ups and bin services for the construction and demolition sectors.
• Chipping Norton and Smithfield: Home to specialized recyclers like Barca Metals and Sydney Copper Recycling, focusing on high-value non-ferrous metals and demolition services.
• Alexandria and Smithfield: Strategically located near the city center and transport corridors to facilitate the collection of municipal and commercial scrap.

Sydney faces a critical shortage of landfill space, which has prioritized the role of scrap metal facilities in achieving the City of Sydney’s "Leave Nothing to Waste" strategy. This strategy aims for zero waste to landfill by 2030, with a current goal of achieving a 70% diversion rate through advanced treatment of residual materials.

Melbourne and Victoria: Industrial Shredding and Circular Strategy

Melbourne’s scrap industry is characterized by its high-capacity shredding infrastructure and its alignment with Victoria’s ambitious circular economy targets. The city’s "Waste and Resource Recovery Strategy 2030" sets a goal of zero waste to landfill by 2030, supported by large-scale Food Organics and Garden Organics (FOGO) services and specialized e-waste recycling options.

Key industrial zones in Melbourne include:

• Brooklyn and Sunshine: These western suburbs form the heart of Melbourne’s heavy industrial recycling, hosting major shredding facilities operated by Sims Metal and West Metals Recycling.
• Laverton North and Albion: Hubs for automotive and machinery recycling, where companies like Scrappy's have operated for over two decades, serving both commercial and industrial clients.
• Broadmeadows and Noble Park: Northern and south-eastern centers that manage the scrap flow from Melbourne’s manufacturing belts, focusing on ferrous pressing and light gauge steel.

Melbourne's scrap pricing is often used as a benchmark for the national market. In 2025, the price for clean brass in Melbourne is approximately $6.00 per kilogram, while lead-acid batteries trade between $0.30 and $0.60 per kilogram, reflecting a steady supply from the automotive sector.

Perth and Western Australia: Mining Integration and Heavy Industry

Perth’s scrap market is uniquely positioned as a processing hub for the massive volumes of industrial waste generated by the Western Australian mining and oil and gas sectors. The industry is concentrated in the southern and eastern industrial corridors:

• Naval Base and Kwinana: The primary heavy industrial zone where WA Recyclers and other major operators manage high-volume scrap from mining companies and heavy fabricators. WA Recyclers, headquartered in Naval Base, specializes in tailored scrap management plans for large-scale mining operations.
• Canning Vale and Kelmscott: Distribution and collection centers for commercial and residential scrap, with companies like Runabout Metals and WA Scrap Metal Recycling providing mobile pick-up and roll-off container services.
• Malaga and Port Kennedy: Serving the northern and southern metro fringes, these locations focus on construction waste and non-ferrous collection from tradespeople.

Perth’s scrap metal prices are heavily influenced by demand from manufacturing hubs in Asia, with scrap being a major export commodity through Western Australian ports. In 2025, steel scrap prices in Perth remain competitive, though volatile, due to fluctuations in domestic housing and infrastructure development.

Brisbane and Queensland: Future Logistics and Steel Feedstock

Brisbane is currently undergoing a strategic shift in its recycling infrastructure, particularly in the Pinkenba district, which is being transformed into a logistics hub to support future domestic steel manufacturing.7 The "Brisbane Clean City Sustainable Waste Strategy" supports Queensland's 2030 diversion goals, emphasizing household recycling improvements and organics collection.

Significant processing hubs in the Brisbane region include:

• Pinkenba and Rocklea: Major industrial zones hosting Sims Metal facilities and future planned EAF infrastructure.
• Brendale and Yatala: High-growth corridors serving the manufacturing and demolition sectors in the northern and southern fringes of the metropolitan area.
• Crestmead: Home to facilities like Industrial Metal Services, which prioritize commercial scrap metal recycling with on-site bin services for factory and warehouse clients.

Adelaide and South Australia: The National Leader in Resource Recovery

South Australia is the national benchmark for metal recovery, achieving a rate of 95.6% in 2022–23. This success is the result of a consistent, decades-long policy framework that includes the early introduction of a Container Deposit Scheme in 1977 and the maintenance of high landfill levies that reinforce the economic value of scrap materials.

Adelaide’s processing infrastructure is highly efficient, with 86% of recovered materials processed locally. Key locations include:

• Gepps Cross and Pooraka: Major collection and processing sites operated by Browns Scrap Metal Services, providing industrial site clearances and on-site bin services.
• Wingfield and Lonsdale: Heavy industrial zones hosting Sims Metal shredders and advanced separation plants.
• Thebarton and Seaford Meadows: Urban collection points that facilitate the recovery of residential and light commercial scrap.

The Geopolitics of Scrap: Export Patterns and the Ban Debate

Australia is a major player in the global scrap trade, ranking as the 10th largest exporter of scrap iron in 2024. This export-oriented nature is both a source of significant revenue and a subject of intense domestic policy debate.

Global Export Statistics and Destinations

In 2024, Australia exported USD 1.09 billion of scrap iron, accounting for 2.44% of global exports. The primary destinations for Australian scrap are industrializing nations in Asia that require consistent feedstock for their expanding infrastructure:

1. Bangladesh: USD 300 million 32
2. India: USD 243 million 32
3. Vietnam: USD 171 million 32
4. Indonesia: USD 142 million 32
5. Chinese Taipei: USD 65.2 million 32

The Indian market has shown the fastest growth, increasing by USD 80.4 million (49.3%) between 2023 and 2024. Additionally, China remains a dominant destination for specialized remelting scrap ingots, accounting for 85% of total exports in that specific category.

The Unprocessed Ferrous Scrap Export Ban

A major policy initiative under consideration is a ban on the export of unprocessed ferrous scrap metal. Currently, approximately 1,070,575 tonnes of unprocessed scrap are exported annually. Proponents of the ban, including the National Waste & Recycling Industry Council (NWRIC) and the Australian Steel Institute, argue that this practice is economically and environmentally detrimental to Australia.

The arguments for the ban are multifactorial:

• Economic Opportunity: Processing 10,000 tonnes of scrap locally creates $4.8 million in value-add and supports 37.2 jobs, compared to only $1.3 million and 10.3 jobs created by exporting it unprocessed.
• Environmental Protection: Unprocessed scrap often contains up to 30% waste materials like plastics and rubber. Exporting this shifts environmental compliance to developing countries where these residues may be illegally dumped or burned.
• Emissions Reduction: Processing scrap locally would save an estimated 81,110 tonnes of global transport emissions and support the decarbonization of domestic steel mills.
• Sovereign Risk: As Australian steel mills transition to EAF technology, they will become almost totally reliant on high-quality, furnace-ready scrap. Exporting the raw resource forces these mills to import processed scrap from overseas, creating an illogical and costly supply chain.

Technological Evolution: AI and Advanced Separation

The Australian metal recycling industry is undergoing a technological revolution, moving away from manual sorting toward highly automated, intelligent systems. This shift is driven by the need to produce high-grade secondary metals that meet the stringent quality requirements of modern manufacturing.

The Role of Artificial Intelligence and Machine Learning

The Australian AI market reached approximately USD 2.07 billion in 2024, with significant investment flowing into industrial applications like recycling. In metal recovery facilities, AI and machine learning systems are deployed to:

• Identify Alloys: Using advanced sensors to distinguish between different grades of aluminum or stainless steel that are visually identical.
• Precision Sorting: Controlling automated arms or air jets to segregate metals from mixed waste streams with higher accuracy than human workers.
• Predictive Maintenance: Monitoring the performance of shredders and hammermills to prevent costly downtime and optimize energy consumption.

Advanced Separation Technologies

Modern facilities utilize cascading technology systems to maximize material extraction.

• Dense Media Separation (DMS): This is the most sophisticated stage of the recovery process. It uses heavy liquid suspension to separate materials based on specific gravity differences. DMS achieves recovery rates of 90-95% for valuable non-ferrous metals like copper and aluminum alloys, which are otherwise lost in shredder residue.
• Electromagnetic Sorting: High-intensity magnets extract ferrous materials with recovery rates reaching 98%, producing "steel-ready" materials with minimal contamination.
• Fines Plants: Companies like Sims Limited are investing in specialized plants to recover very small metal particles (fines) from shredder floc, which historically were sent to landfill.

The E-Waste Frontier: Rapid Growth and Resource Recovery

Electronic waste (e-waste) represents the fastest-growing waste stream in Australia, with 600,000 tonnes expected to be generated in 2025. The e-waste recycling market reached a valuation of USD 1,034.6 million in 2025 and is projected to grow to USD 1,801.4 million by 2034.

Drivers of E-Waste Generation

The surge in e-waste is fueled by the rapid evolution of technology and changing consumer preferences. As Australians upgrade devices more frequently, the disposal of old smartphones, laptops, and televisions has become a significant environmental challenge. E-waste is particularly problematic in regional areas where specialized collection infrastructure may be limited.

Strategic Importance of E-Waste Recycling

E-waste is effectively an "urban mine" containing high concentrations of precious and base metals. The raw materials in discarded electronics globally are worth over $80 billion annually, including gold, silver, palladium, and copper.

• Job Creation: The e-waste recycling industry creates up to 9 times more jobs per tonne of waste than landfilling, according to the CSIRO.
• Toxic Mitigation: Proper recycling prevents toxic metals like lead and mercury from leaching into soil and groundwater, which occurs when electronics end up in traditional landfills.
• Data Security: For corporate clients, e-waste recycling is inextricably linked to data destruction. Companies like Sims Lifecycle Services (SLS) provide certified IT asset disposition (ITAD) services that guarantee the secure destruction of digital data before the hardware is recycled for its metal content.

Sims Lifecycle Services (SLS) outperformed other divisions in FY25, driven by strong execution and its exposure to accelerating AI-related demand from hyperscale data centers.7 SLS volume of processed repurposed units grew by 44.3% in FY25, highlighting the increasing commercial value of repurposing functional components alongside traditional recycling.

Environmental Compliance and Operational Standards

The scrap metal industry operates under stringent environmental regulations enforced at both the federal and state levels. These standards are essential for mitigating the industry’s historical footprint and ensuring its role as a sustainable partner in the circular economy.

National Guidelines and State Enforcement

The Environment Protection and Biodiversity Conservation Act sets national guidelines for industrial emissions, but the primary enforcement falls to state authorities like the NSW EPA and EPA Victoria. Scrap facilities must obtain environmental licenses and conduct regular monitoring of:

• VOC Emissions: Metal shredding operations have the potential to emit volatile organic compounds (VOCs) that must be captured and treated.
• Stormwater Quality: Facilities are required to collect and treat contaminated stormwater from processing areas to prevent heavy metals from entering local waterways.
• Noise and Fire Risk: Proposed minimum standards in NSW require that all end-of-life vehicles and white goods be stored and processed on hardstands under covered areas with appropriate fire separation distances.

The Challenge of Shredder Floc

Shredder "floc" or residue remains the industry’s most significant waste challenge. It consists of the non-metallic portion of vehicles and appliances, such as foam, plastics, rubber, and glass. For every tonne of metal recovered, hundreds of kilograms of floc are generated. Currently, a large portion of this material is sent to landfill, where it attracts significant waste levies. In 2023-24, Australians produced 3.2 million tonnes of plastic waste, but only 14% was recovered. For the scrap industry, the inability to effectively recycle the plastic components attached to metal products remains a barrier to achieving a truly "zero-waste" processing model.

Future Outlook: Toward the 2030 Resource Recovery Target

The Australian scrap metal market is moving beyond simple volume-based processing toward a future defined by material purity, technological integration, and onshore value-addition. The national goal of achieving an 80% resource recovery rate by 2030 serves as the primary catalyst for private investment across the recycling value chain.

Key Predictions for 2026-2035

• Onshore Processing Growth: The momentum for a ban on unprocessed scrap exports is likely to result in increased domestic investment in shredder downstream systems and advanced separation technologies.
• EAF Dominance: By 2028, the opening of new EAF facilities in Queensland and potentially other states will create a robust domestic market for high-quality ferrous scrap, reducing the industry’s dependence on international shipping.
• AI Integration: The use of AI in scrap yards will become the standard for staying competitive, enabling operators to achieve higher recovery rates and lower contamination levels in an increasingly demanding market.
• Closed-Loop Partnerships: Manufacturers will increasingly enter into direct agreements with recyclers (like the Capral-Rio Tinto model) to secure low-carbon feedstock and hedge against global supply chain disruptions.

The success of the Australian scrap metal industry in the coming decade will depend on its ability to bridge the recovery gap in household streams and continue its technological evolution. If all states and territories were to match South Australia's 95.6% recovery rate, Australia could recover an additional 344,603 tonnes of metal annually, significantly accelerating the transition to a carbon-neutral industrial economy. As global demand for high-value metals like copper and aluminum continues to rise, the Australian scrap market is well-positioned to evolve from a waste management sub-sector into a strategic pillar of the national economy.

Strategic Data Tables for Professional Reference

The Australian scrap market in 2025 is a dynamic and essential sector, characterized by its resilience in the face of global economic shifts and its pivotal role in the nation's environmental future. Through a combination of rigorous regulation, technological innovation, and strategic infrastructure development, the industry is poised for sustained growth and deeper integration into the global circular economy.

Works cited

1. Australia Metal Recycling Market Size & Share | 2026-2034, accessed on April 10, 2026, https://www.imarcgroup.com/australia-metal-recycling-market
2. Australia's metal scrap market gathers pace - Recycling International, accessed on April 10, 2026, https://recyclinginternational.com/commodities/ferrous-metal-recycling/australias-metal-scrap-market-gathers-pace/63030/
3. Australia E-Waste Recycling Market 2034 - IMARC Group, accessed on April 10, 2026, https://www.imarcgroup.com/australia-e-waste-recycling-market
4. Australia Ferrous Scrap Recycling Market Size & Outlook, 2030 - Grand View Research, accessed on April 10, 2026, https://www.grandviewresearch.com/horizon/outlook/ferrous-scrap-recycling-market/australia
5. Metals drive Australia's recycling - Waste Management Review, accessed on April 10, 2026, https://wastemanagementreview.com.au/metals-drive-australias-recycling/
6. Scrap Metal Recycling in Australia Number of Businesses Statistics | IBISWorld, accessed on April 10, 2026, https://www.ibisworld.com/australia/number-of-businesses/scrap-metal-recycling/4044/
7. Sims Limited Announces Fiscal 2025 Full Year Results - Sims Limited, accessed on April 10, 2026, https://www.simsltd.com/press-releases/sims-limited-announces-fiscal-2025-full-year-results/
8. What We Do - InfraBuild, accessed on April 10, 2026, https://www.infrabuild.com/about/what-we-do/
9. How Much Is Scrap Metal Worth in Australia? A Complete 2025 Price Guide, accessed on April 10, 2026, https://premier-metals.com.au/how-much-scrap-metal-prices-australia/
10. Scrap Metal Prices Melbourne | From $0.30 to $11 Per Kg, accessed on April 10, 2026, https://vicstarmetals.com.au/scrap-metal-prices-melbourne/
11. Latest Scrap Metal Prices 2025: What You Need to Know Before You Sell, accessed on April 10, 2026, https://scrapmetalonly.com.au/latest-scrap-metal-prices-2025/
12. Scrap Metal Market Outlook 2025: Trends & Forecasts for Australian Sellers, accessed on April 10, 2026, https://www.runaboutmetals.com.au/scrap-metal-market-outlook-2025-trends-forecasts-for-australian-sellers/
13. Copper Scrap Prices in Australia: 2025 Market Update & Guide - Premier Metals, accessed on April 10, 2026, https://premier-metals.com.au/copper-scrap-prices/
14. Scrap Metal Industry Act 2016 No 42 - NSW Legislation, accessed on April 10, 2026, https://legislation.nsw.gov.au/view/whole/html/inforce/current/act-2016-042
15. Scrap Metal Industry Regulation 2024 - NSW Legislation, accessed on April 10, 2026, https://legislation.nsw.gov.au/view/whole/html/2024-09-01/sl-2024-0418
16. Locations - Sims Metal AU, accessed on April 10, 2026, https://www.simsmm.com.au/locations/
17. Industrial Scrap Metal Removal Services Across Australia - Sydney Metal Corp, accessed on April 10, 2026, https://metalrecyclings.com.au/industrial-scrap-metal-removal-services-across-australia/
18. Scrap Metal | Barca Metals | Chipping Norton, accessed on April 10, 2026, https://www.barcametals.com.au/
19. Scrap Metal Recycling Sydney | Wrecking Yard & Copper Recyclers Sydney, accessed on April 10, 2026, https://www.sydneycopperrecycling.com.au/
20. Australia's Circular Economy Targets - Circular Australia, accessed on April 10, 2026, https://circularaustralia.com.au/australian-targets/
21. Waste and Circular Infrastructure Plan - Nsw Epa, accessed on April 10, 2026, https://www.epa.nsw.gov.au/Your-environment/Waste/waste-and-circular-infrastructure-plan
22. Waste and Resource Recovery Strategy 2030 | City of Melbourne, accessed on April 10, 2026, https://www.melbourne.vic.gov.au/waste-and-resource-recovery-strategy-2030
23. Scrap Metal Recycling Melton And Melbourne | Scrap Metal Buyers Melbourne, accessed on April 10, 2026, https://westmetalsrecycling.com.au/
24. Machinery Recycling Melbourne | Industrial Equipment | Scrappy's, accessed on April 10, 2026, https://scrappys.com.au/
25. WA Recyclers — Scrap Metal Recycling — Best Scrap Metal Prices ..., accessed on April 10, 2026, https://www.warecyclers.com/
26. Scrap Metal Canning Vale | Local Scrap Yard Near You, accessed on April 10, 2026, https://www.runaboutmetals.com.au/
27. WA Scrap Metal: Salvage Yards and Metal Recycling in Perth, accessed on April 10, 2026, https://wascrapmetal.com.au/
28. Scrap Metal Recycling Perth | Scrap Metal Buyer| Cash for Scrap, accessed on April 10, 2026, https://www.kingscrapmetals.com.au/
29. Scrap Metal Recycling in Redland Bay, accessed on April 10, 2026, https://www.barrysrecycling.com/locations/metal-recycling-redland-bay
30. Industrial Metal Services: Scrap Metal Recycling Brisbane, accessed on April 10, 2026, https://industrialmetalservices.com.au/
31. Browns' Scrap Metal Services, accessed on April 10, 2026, https://www.brownsscrapmetal.com.au/
32. Scrap Iron in Australia Trade | The Observatory of Economic ..., accessed on April 10, 2026, https://oec.world/en/profile/bilateral-product/scrap-iron/reporter/aus
33. Australia's Remelting Scrap Ingots Market Poised for Growth with 5.9% CAGR in Value - News and Statistics - IndexBox, accessed on April 10, 2026, https://www.indexbox.io/blog/metal-remelting-scrap-ingots-australia-market-overview-2024-1/
34. Submission 171 - Attachment 2: Economic and environment benefits ..., accessed on April 10, 2026, https://assets.pc.gov.au/388240/sub171-circular-economy-attachment2.pdf?VersionId=uZYNfzE9RGqCPKHKXb3cx3j5_CJ9OGC9
35. W'METAL - Parliament of Australia, accessed on April 10, 2026, https://www.aph.gov.au/DocumentStore.ashx?id=ed526514-9838-4ee0-aa6f-46d936f8e91e&subId=754734
36. Sims Ltd Metal Recycling: Australia's Largest Operator - Discovery Alert, accessed on April 10, 2026, https://discoveryalert.com.au/sims-ltd-recycling-metals-australia-2025/
37. Why E-Waste Recycling Matters: The Environmental and Economic Impact in 2025, accessed on April 10, 2026, https://quantumrecyclingsolutions.com.au/why-e-waste-recycling-matters-the-environmental-and-economic-impact-in-2025/
38. Australian Waste Statistics 2025: Trends, Forecast and Insights - Aus Rubbish Removals, accessed on April 10, 2026, https://www.ausrubbishremovals.com.au/australian-waste-statistics/
39. Electronics Recycling - Sims Metal AU, accessed on April 10, 2026, https://www.simsmm.com.au/sell-to-us/electronics-recycling/
40. E-Waste Recycling for Businesses | IT Equipment Disposal - Sims Lifecycle Services, accessed on April 10, 2026, https://www.simslifecycle.com/business/e-waste-recycling/
41. Sustainable Practices in Metal Fabrication in Australia - Dayjob Recruitment, accessed on April 10, 2026, https://www.dayjob.com.au/sustainable-practices-in-metal-fabrication/
42. Environmental Compliance - Recycled Materials Association, accessed on April 10, 2026, https://www.recycledmaterials.org/environment-and-sustainability/environmental-compliance/
43. Proposed minimum environmental standards for scrap metal facilities - Nsw Epa, accessed on April 10, 2026, https://www.epa.nsw.gov.au/Your-environment/Waste/waste-overview/Proposed-minimum-environmental-standards-for-scrap-metal-facilities
44. Australian plastics flows and fates reporting - DCCEEW, accessed on April 10, 2026, https://www.dcceew.gov.au/environment/protection/waste/plastics-and-packaging/australian-plastic-flows-fates-reporting
45. Australia's amount of plastic waste surges as recycling rates fail to improve - The Guardian, accessed on April 10, 2026, https://www.theguardian.com/environment/2025/aug/24/australias-amount-of-plastic-waste-surges-as-recycling-rates-fail-to-improve