FAQs

No – Waste Initiatives does not collect or dispose of waste. We provide waste management equipment and engineered solutions that help businesses, councils, and recyclers process and reduce their own waste more efficiently. For collection services, we recommend partnering with a licensed waste contractor.

No – we don’t have information on council collection schedules. For bin days, recycling guidelines, and local waste services, please contact your local council directly.

No – we do not remove or process asbestos. Asbestos is a regulated hazardous material and must be handled by a licensed asbestos removal specialist. Please contact a certified provider in your area for safe removal. The Asbestos Safety Website provides a search function to find disposal facilities in your state.

A waste compactor is a machine that compresses large volumes of waste into smaller, more manageable sizes. By reducing waste volume, compactors lower disposal costs, improve site cleanliness, and maximise bin space ultilisation. This results in reduced bin collections, which is where the cost savings benefits are realised.

Balers are designed to compact and bind recyclables like cardboard, plastic, and paper into bales for transport. Compactors are typically used for general, organic, or mixed waste to reduce its volume before disposal.

Our equipment handles a wide range of waste streams, including cardboard, plastics, paper, food waste, timber, metals, e-waste, glass, and general commercial waste.

Consider the waste type, volume, and available space. For smaller sites, a vertical baler may be best. For large facilities, horizontal balers, roll packers, or static compactors provide higher throughput and efficiency.

• Reduce waste disposal costs
• Save storage space
• Improve site safety and hygiene
• Enable recycling and sustainability goals
• Lower carbon footprint from fewer waste collections

In most cases, standard waste equipment does not require approval. However, for large installations (e.g., industrial compactors or recycling plants), local council compliance may be necessary. It is advised to consult with your local council when in doubt.

Yes – we provide end-to-end service including equipment supply, installation, training, and ongoing maintenance backed by local support across Australia.

Yes – we offer customised solutions to match your site layout, bin size, waste volumes, and specific recycling requirements.

Start by comparing your current annual waste-handling costs with the projected costs after installation. Include collection charges, transport, labour, servicing, energy and consumables. Divide the total project cost by the expected annual net savings to estimate the payback period.

Total cost of ownership includes the purchase price, installation, energy, labour, servicing, parts, consumables and ongoing waste collections across the equipment’s working life. It provides a more accurate comparison than purchase price alone.

Vertical balers process waste or recycling materials with a vertical straight-down press force. Making materials easier to process in processing facilities, as condensed bales.

Businesses with high volumes of recyclables such as distribution centres, manufacturers, and recycling facilities.

Balers are designed to compact and bind recyclables like cardboard, plastic, and paper into bales for transport. Compactors are typically used for general, organic, or mixed waste to reduce its volume before disposal.

Vertical balers compact general waste and recycling top-down. Vertical baler machines can handle a wider range of materials, are less expensive and take up less space. On the downside, the bales they produce may not always be up to the usual ‘mill standard’.

Unlike vertical balers, horizontal balers compress materials side to side. They are typically used for more industrial use and deal with only a few recycling materials. These balers can also handle large amounts of recycling and the bales they produce are very dense. The baled materials are then easier to deliver to transfer stations for warehouse distribution.

Yes, they feature simple controls and automatic bale ejection for operator safety.

No – Waste Initiatives does not supply agricultural balers. Our balers are designed specifically for waste and recycling applications, such as compacting cardboard, plastics, paper, textiles, and other commercial and industrial waste streams.

Consider the waste type, volume, and available space. For smaller sites, a vertical baler may be best. For large facilities, horizontal balers, roll packers, or static compactors provide higher throughput and efficiency.

Here’s how to operate a vertical baler:

1. Open the door, put the waste into (open and laid flat for large boxes) the large feed opening and close the door.
2. Then press the button or pull the lever to push down the ram of the recycling baling machine, which will compress the load. (If you have a semi-automatic vertical baler, then the ram will return naturally to save time, if not you may need to move the lever again).
3. When the recycling baler is full, a ‘bale full’ signal should appear, letting workers know that the cardboard baler is full and they can leave and come back later to retrieve the bale or continue to load.

You can use vertical balers to compress a range of recyclable waste, such as:

• Cardboard
• Corrugated cardboard
• Paper
• PET plastics
• Cans
• Textiles
• Ferrous materials
• Non-ferrous materials
• Other plastic waste

Like all industrial waste and recycling machines, vertical baler pricing begins in the thousands and goes up to five digits. However, also like industrial machines, we offer flexible financing and rental options. So that our balers are more affordable and manageable for you.

Each cardboard baler weighs differently, depending on the baler model and type.

Our lightest cardboard baler weighs 140kg (WASTEPAC 40).
Our heaviest cardboard baler weighs 1938kg (WASTEPAC 550HD).

Waste Initiatives’ heaviest multi-chamber industrial balers, which can also process cardboard, weighs 1400kg (WASTE PAC 200 Multi).

Up to 90% volume reduction, ideal for retail, hospitality, and warehouses.

Maintaining your baler machine isn’t too different from maintaining other industrial machines.

Make sure you clean your balers regularly and keep your wider facilities clean. Ensure good quality baler oil for your baler’s maintenance and oil consistently to keep everything running smoothly. Conduct regular inspections or schedule a preventative maintenance service.

Most importantly, you should train your workers to properly operate the machine so that there is no damage either to your workers or the machine.

Yes, they can be fitted with conveyors and shredders for fully automated systems.

A vertical baler compresses loose cardboard or plastic into dense, manageable bales. This can reduce bin requirements and collection frequency, allow more material to leave in each collection, or qualify the business for free bale collection.

Most businesses should not base their investment on selling cardboard. Smaller generators may receive little or no commercial return for the material. The more reliable benefit generally comes from avoiding paid loose-cardboard collections or fitting more cardboard into each collection.

For dry waste: select Stationary or Integrated Compactors
These machines are suitable for dry waste, where there is either no or only a marginal amount of liquid involved. This is as they only have a limited capacity to hold any liquid waste. They can also come in automatic models, for easy operation that requires less employee training.

For site contamination concerns & liquid waste: select Integrated Compactors
Integrated compactors are suited for general waste where liquid and spills are unavoidable or wet waste, with facilities to store and process liquids. This makes them ideal for eliminating contamination on the site.

For transfer stations: select Transfer Compactors
Designed to deal with bulky materials and high-volume period waste expected in transfer stations.

For skip bins: select Roll Packers
Roll packers use a rolling function to crush bulky waste materials such as timber pallets and crates within an open skip waste bin.

For retail stores: select Roto Compactors or Vertical Balers
Roto compacting machines make it easier to compact cardboard boxes frequently used for store deliveries, with an opening at shoulder height. Staff can also continue to fill while dry waste is crushed as the compacting arm rotates.

For expanding your bin capacity: select Waste presses
These compacting machines speedily press waste within a garbage bin or over a garbage bag. A great solution for those who want to make the most of their bins/waste removal capacity.

Industrial compactors are machines that compact materials to reduce the volume of waste. But this term is also used to describe any type of machinery with this function, from trash compactors to large and heavy machinery vehicles used to compact the soil in a construction site.

The main function of this type of waste management machine is driven by a large ‘ram’ that crushes rubbish or recycling materials. This motion is often powered through electricity or a liquid pump system called hydraulics (which would make this a hydraulic ram). To operate, fill through the aperture and then switch on to crush.

Only authorised staff who have received training should use a waste compactor, to reduce the risk of danger or injury. Never place your limbs within the machine to dislodge materials in the compacting machine.

A Roll Packer is a heavy-duty waste compaction system designed to process bulky, low-density waste materials directly into a skip bin or hook lift container.

The system uses a large rotating steel drum fitted with hardened crushing teeth. As the drum rotates over the waste, it breaks down and compacts bulky materials such as timber crates, pallets, cardboard cores, and industrial packaging waste. This process significantly increases the amount of material that can fit into a single bin while reducing air space and improving transport efficiency.

Compaction results vary depending on the material, but Roll Packers can achieve compaction ratios of up to 4:1 on suitable bulky waste streams.

Unlike regular or skip bins, commercial compactor bins have an internal arm that lets them compact general waste, food waste, paper and cardboard as well as other recyclables.

This difference means that they are able to store a higher capacity of waste inside a bin, and cut down on labour costs and wasted time and space. Thereby providing an apt waste management solution for shopping centres, manufacturing facilities and other commercial and industrial buildings.

A shredder machine is a device that can cut, crush or grind up materials like paper into shreds. Commercial shredder machines are heavy-duty machines, unlike smaller domestic models. On top of paper, they can handle industrial applications like shredding high volumes of cardboard, PVC pipe, wood, hard plastic, circuit boards, tyres, etc. These larger industrial shredders are renowned in the waste management and recycling industries for shredding plastics.

1. Place the materials into the hopper 
(you can also opt for a force-feed system, such as a conveyor belt, force-feed ram or hydraulic pusher to automate this step).
2. The spinning shafts will shred and break up the materials as it falls down.
3. A rotating sizing screen helps ensure that aggregate is small, and if not, the particles return to the shafts to get grinded down again.
4. The final shreds come out on the other side of the plastic shredder. Ready to be used or processed further in factory and warehouse applications.

Are you looking to process:

• Cardboard (OCC),
• Plastic Film,
• PP Bags,
• PVC Pipe,
• Paper,
• MSW/RDF,
• Aluminium Cans,
• Wood,
• Plastic Drums,
• Newsprint?

Use a Single Shaft Shredder These machines are optimised for high volume shredding. They are a standard in the plastic industry (hence, plastic shredder). You can also select high or low-speed configurations, or different shaft configurations, to customise your industrial or waste recycling processing.

Are you looking to process:

• Secure Documents,
• Circuit Boards,
• Medical Waste,
• Organic Waste,
• Hard Plastics,
• MSW/RDF,
• Aluminium Cans,
• Product Destruction,
• Timber,
• Bottles & Cans?

Use a Four Shaft Shredder Optimum cross cut shredding in a single pass with low noise. Available in slow-speed configurations only. All Waste Initiatives industrial shredders are suitable to process a wide range of materials, are safe and easy to operate, and can be customised with a variety of sizing screens. This is the plastic shredder for harder types of plastic. For more personalised assistance, please contact us and we can recommend a customised shredding solution to meet your needs.

Besides keeping your facilities and your industrial plastic shredder clean here are some added tips you can follow to look after your machine:

• Install a metal detector on your conveyor belt to detect metal that will block and damage your machine before it does.
• Regularly oil your industrial shredder machine’s parts, and ensure good quality
• Keep spare parts nearby for replacements.
• Schedule a preventative maintenance plan or another type of servicing plan with technicians to prevent wear and tear from turning into greater damage.
• Remember to properly train your workers so that they understand how to safely and efficiently handle the machine.

Yes, some of our plastic waste shredders are available for short-term rentals, trials and long-term leases. Speak to one of our solutions specialists to find out what options are available for rental.

Learn more about our industrial shredder hire.
T&C’s apply.

A primary tyre shredder is a heavy-duty machine designed to process whole tyres into rough tyre shreds or strips for downstream processing.

Secondary shredders further reduce tyre material into smaller and more consistent particle sizes suitable for TDF, crumb or granulation systems.

Shredding reduces tyre size into manageable material streams, allowing steel, fibre and rubber to be separated more efficiently. Typical purpose of shredding in Australia is to produce 150mm tyre derived fuel (TDF) that is exported as fuel for burning.

Barclay shredders are used for high-throughput tyre shredding applications, including processing passenger, truck, bus and mining tyres.

Tyre downsizing refers to reducing the size of whole tyres before downstream processing, transport or material recovery.

Truck tyres are typically processed through staged tyre recycling systems that may include debeading, primary shredding, secondary shredding, steel separation and crumb production. Not all shredders can manage large volumes of truck tyres without removing the beads first.

OTR tyre recycling involves processing large off-the-road mining and earthmoving tyres into reusable materials for resource recovery applications.

Debeading removes the heavy steel bead bundles from tyres before shredding, helping reduce equipment wear and improve downstream processing efficiency.

Tyre crumb is commonly used in playground surfacing, sports fields, rubber matting, road construction and moulded rubber products.

Many passenger, commercial and truck tyres can enter an appropriately configured primary shredder whole. Large OTR tyres usually require preparation before shredding.

No. Waste Initiatives supplies tyre-processing and recycling equipment but does not collect tyres or operate a tyre disposal facility. For the disposal of individual tyres or small quantities, contact your local council, tyre retailer or an authorised tyre collection and recycling provider.

National collectors we would recommend:

1. TyreCycle (National)
2. ELT Recycling (QLD, VIC, SA, TAS)
3. Clean Earth Recycling (NSW)

Yes. Waste Initiatives can assist with adding individual processing stages or integrating new equipment with an existing operation. The project would need to consider the capacity, controls and material flow of the existing line.

Some removed panels may be suitable for direct or repair-assisted reuse. Their electrical safety, condition, performance, reliability and service history should be assessed before they enter a second-life market.

Yes. Solar panels contain recoverable materials including glass, aluminium, copper and silicon-bearing material. However, effective recycling requires the bonded layers to be liberated and separated into fractions that meet downstream processor requirements.

This depends on the recycling system. Some processes require frames, cables and junction boxes to be removed first. Stokkermill mechanical recycling systems can be configured to accept whole framed panels and separate accessible materials during processing.

A complete solar panel recycling system may include feeding equipment, size reduction, primary and secondary delamination, screening, magnetic and non-ferrous separation, conveyors, dust extraction and separate output storage. The configuration should be based on the incoming panels and required material outputs.

Panels should first be assessed for safe reuse or repair. Those unsuitable for continued use can be collected, classified and processed through component removal, size reduction, delamination, screening and material separation.

Mechanical processing can recover aluminium, glass, copper and other metals, along with polymer-rich material and silicon-rich concentrate. Some fractions can enter established recycling channels, while others require specialist downstream refining.

Solar panels are designed to withstand decades of exposure to heat, moisture and mechanical stress. Their glass, cells, conductors and polymer layers are strongly bonded, making material liberation more complex than simply crushing or shredding the panel.

Trommel screens are rotating industrial screening machines that operators use to separate materials by size, usually referring particularly to minerals, biomass (dirt, rock, soil, aggregates) and other types of waste.

Trommel machines are a staple in applications across many industries, but particularly in recycling, waste processing, gardening, landscaping and mining.

First, the cylindrical drum is filled with the raw materials that need to be filtered. As the drum moves in a circular motion, the finer particles and pieces pass through the screen of the rotating drum like a colander and are collected in a skip bin or moved elsewhere. While the larger pieces remain in the centre of the drum, like wood chips.

Trommel machines have been used across a wide variety of industrial processing applications, such as to:

• improve recovery of fuel, as part of filtering process for wastewater (wet screening)
• mineral processing in order to grade raw materials
• screening soil compost to create a finer and superior product
• in food manufacturing or processing facilities to screen smaller raw food products that are strong enough to withstand the moving force of the drum for quality control

There aren’t any formal trommel screen ‘types’ but there are different specifications that you should pay more attention to in regards to your company’s industry, worksite, desired application and use.

Consider these factors when shopping for a trommel screen:

Workload/Production rate
Consider both the amount of material your trommel screen needs to turn over per hour. If you have a high workflow, opt for a double trommel drum machine for better capacity to filter a large amount of product. You also need to take into account screen size (most operators choose a screen between 0.3cm to 7.6cm) as it will influence how quickly the drum can be filled, and the materials processed.

Desired size of trommel ‘fines’
The screen size or entry point of trommel screens will also influence how fine the end particles that get filtered through the drums.

Worksite space requirements or limitation
Smaller yards or worksites, unfortunately, translate to less space to work with. For a smaller yard, consider getting a smaller trommel screen and installing a conveyor belt to help automate and optimise your screening efficiency in the limited space.

Customizability
Depending on your work requirements, you may need to take into consideration other features of your trommel. For example, if you live in a city with dust regulations your trommel screening machine might also need a dust cover.

Find out about the work environmental regulations of your location and talk to one of our staff for more assistance in tailoring the ideal package for your company’s needs and worksite.

Trommel screens are highly efficient when it comes to sorting/filtering solid materials by size which translates to uses across many industrial applications. Whether to process and sort out aggregates in mining, to screen for higher quality ingredients in food, or to act as a filter in part of a process in a solid waste processing industry, or manufacturing facilities.

Besides these benefits trommel machines excel over other types of industrial screening with:

• Optimal size separations
• Large barrel screen for easy loading and faster processing
• Large processing capacity
• Low power consumption
• Long service life
• Minimal maintenance

The typical angle is 5 degrees, with a drum speed of 18-20rpm.

The best starting point is understanding your waste stream, waste volumes, operational objectives and available space. Equipment should be selected to solve these operational challenges rather than simply process waste.

Very important. Waste equipment is often expected to operate for ten years or more, so future production increases, changing waste streams and evolving recycling targets should all be considered during equipment selection.

Sometimes, but separate equipment often delivers better results. Matching equipment to individual waste streams generally improves efficiency, recyclable quality and overall operating costs.

Look beyond the machine itself. Engineering expertise, local service support, spare parts availability, operator training and long-term maintenance capability all contribute to the success of your investment.

Yes. A professional waste assessment identifies opportunities to improve operational efficiency, reduce waste costs and recommend equipment based on your specific operation rather than generic assumptions.

ROI should consider reduced labour, lower transport costs, fewer waste collections, improved recycling revenue, maintenance costs and the expected operating life of the equipment rather than purchase price alone.