60% of Australian Timber Ends Up in Landfill. But a TANA ‘Shark’ Is Changing That

Why It Matters

By dramatically increasing on‑site timber recycling capacity, Hopley’s Shark helps shrink landfill volumes and fuels a circular economy for the construction sector, creating new revenue streams and reducing carbon emissions.

Key Takeaways

• Hopley Group adds a second TANA Shark shredder in regional Victoria.
• Machine processes 3‑4 cubic metres per minute, handling timber, mattresses, tyres.
• Tungsten barrel reduces maintenance, while touch‑screen controls enable remote operation.
• TanaConnect provides GPS diagnostics, delivering parts to Bendigo within two days.
• Recovered wood is composted or upcycled into CLT, cutting landfill waste.

Pulse Analysis

Australia’s construction industry faces a staggering waste challenge: over 60% of demolished timber is sent to landfill, with the remainder burned for energy. This disposal model not only squanders a valuable renewable resource but also contributes to greenhouse‑gas emissions. Recent initiatives, such as the Australian Timber Circularity Project’s national resource map, have highlighted the urgent need for scalable recycling solutions that can keep timber in the supply chain and support the country’s net‑zero targets.

Enter the TANA Shark, the latest addition to Hopley Group’s demolition‑recycling portfolio. The machine’s high‑throughput design—shredding three to four cubic metres per minute—allows it to process a diverse feedstock that includes timber flooring, weatherboards, mattresses, tyres and even tree stumps. Its tungsten‑lined barrel minimizes wear, while a touchscreen interface and remote‑control capabilities turn the shredder into a semi‑autonomous robot, reducing labor costs and downtime. Integrated with Hopley’s existing concrete, brick and asphalt recovery streams, the Shark turns raw waste into market‑ready products such as compost, road‑base aggregates and reclaimed timber for modular CLT construction.

The ripple effects extend beyond Hopley. Companies like Vecoplan are expanding distribution of advanced shredders, while AI research at Murdoch University is improving on‑site wood sorting accuracy to 91.7%. International partners are already upcycling recovered timber into high‑value CLT panels, demonstrating a viable export market. As remote diagnostics via TanaConnect ensure rapid service and parts delivery, the economics of timber recycling become increasingly favorable. Collectively, these developments signal a shift toward a robust, technology‑driven circular economy for Australia’s construction sector, promising reduced landfill pressure, new revenue streams and a measurable climate benefit.