Waste Initiatives

09/09/2026

End-of-life tyres can be processed into different recovered rubber fractions, depending on what the material will be used for next.

From tyre shred / TDF through to crumb and fine rubber powder, further processing can create material for a range of downstream applications.

The key is producing the right material for the market.

Want to know what equipment it takes to get there? Talk to our team about your tyre recycling requirements.

https://ap1.hubs.ly/H01mhv10

08/09/2026

While we’re on the topic of tyre recycling this week, here’s a throwback to a tyre recycling project we delivered in Broome, WA.

McKeno Blocks and Pavers developed a patented system incorporating recycled rubber crumb into blocks and pavers.
With a clear end use already identified, Waste Initiatives designed a tyre recycling system around the required output, processing up to 60 car tyres per hour and producing rubber crumb for use in their products.

It’s a great example of what can be achieved when tyre recycling starts with a market for the recovered material.
The end product matters.

See the project 👉 https://ap1.hubs.ly/H01m4-v0

07/09/2026

WASTEPAC HX600 HORIZONTAL BALER
Processing larger volumes of cardboard, plastics or other recyclable materials?

The WastePac HX600 provides increased baling capacity for businesses that have outgrown smaller baling equipment and need a more efficient way to manage consistent volumes of material.

Ideal for recycling facilities, warehouses, distribution centres and manufacturing operations.

Learn more 👉https://ap1.hubs.ly/H01lPD90

04/09/2026

SOLUTIONS BUILT ON EXPERIENCE.

With more than 40 years in the waste industry, experience plays a big part in how we approach every new challenge.

In the second of our video series, hear from the Waste Initiatives team about how that experience helps us understand each application and find the right solution.

👉 Watch the full video: https://ap1.hubs.ly/H01lq1s0

Built on Experience. Focused on Solutions.

03/09/2026

Check out our latest blog article on why effective e-waste recycling requires more than shredding.

We take a look at the staged approach to processing WEEE, from size reduction and liberation through to separation and recovered material streams.

Read here 👉 https://ap1.hubs.ly/H01lnsR0

Learn how e-waste recycling uses shredding, liberation and separation to recover metals and other materials from WEEE, PCBs and batteries.

01/09/2026

What happens to e-waste when it is recycled?

Electronic waste can contain a mix of metals, plastics, wiring, circuit boards and other materials, all combined within a single product.

Recycling starts by breaking these products down so the different materials can be liberated. From there, separation technologies help sort the material into different fractions for further recovery and processing.

It’s not simply about shredding e-waste. It’s about separating what comes out.

More on E-waste: https://ap1.hubs.ly/H01l4JC0

31/08/2026

♻️ Need greater capacity from your baling operation?

The Vertech CM Auto-Tie is designed for higher-throughput recycling applications, combining 90T pressing force with automatic bale tying and a large feed opening for efficient, continuous processing.

With indicative throughput of 6–15 t/h depending on material and configuration, the CM provides a step up in capacity for operations processing larger material volumes.

Talk to our team about the right horizontal baler for your operation.

👉 Learn more: https://ap1.hubs.ly/H01kL-b0

27/08/2026

Every business has a waste challenge.

For more than 40 years, Waste Initiatives has worked with Australian businesses to understand those challenges and find practical ways to manage, process and recover waste.

While the equipment and technology have evolved, our approach remains the same: understand the challenge first, then find the right solution.

👉 Watch the full video here: https://ap1.hubs.ly/H01kb760

Built on Experience. Focused on Solutions.

26/08/2026

What can be recovered from an end-of-life solar panel?

Solar panels are made from a combination of materials that need to be broken down and separated during recycling.

Key material fractions can include:
✅ Glass
✅ Aluminium
✅ Silicon
✅ Copper
✅ EVA polymers

The challenge is separating these materials into cleaner fractions that can be directed towards appropriate downstream recovery pathways.

That's where effective solar panel processing and separation becomes important.
Learn more: https://ap1.hubs.ly/H01k0X50

24/08/2026

💪 ♻️ Need more capacity from your baling operation?

The WastePac HX500 Horizontal Baler combines 38 tonnes of pressing force with semi-automatic operation for businesses processing larger volumes of recyclable material.

Suitable for cardboard, paper, PET bottles, soft plastics, textiles and more, the HX500 is built for reliable day-to-day recycling and waste handling.

With features including full bale eject, a V-shaped shear blade and Hardox-lined pressing chamber, it's a practical step up in horizontal baling capacity.

👉Explore the WastePac HX500: https://ap1.hubs.ly/H01jFdR0