3.0m3

3.0m3 Commingled Container

Industrial recycling container. Heavy duty construction for mixed recyclables.

Geographic Region

Your Business Type

Collection Frequency

How many

Flexible terms: Month-to-month agreement with 30 days notice to cancel. Multi-bin discounts applied automatically at checkout.

Fast delivery: Standard delivery within 5-7 business days. Express delivery available for urgent requirements.

Price doesn't include GST. If you get multiple services we'll knock some money off - you'll see that in your cart.

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1100L

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About the 3.0m3 Commingled Container

The 3.0 cubic metre front-lift commingled recycling container is Australia's premier industrial recycling solution, designed specifically for warehouses, manufacturing facilities, distribution centers, and large commercial operations generating substantial volumes of mixed recyclable materials. This heavy-duty steel container delivers maximum recycling capacity while minimizing collection frequency and overall waste costs.

Ideal for operations generating 1000-1500kg of recyclables weekly - including cardboard packaging, plastic shrink wrap, aluminum and steel containers, office paper, and glass bottles - the 3m3 container handles high volumes while maintaining the single-stream convenience of commingled collection. All materials are transported to Material Recovery Facilities (MRFs) where advanced automated sorting systems, including optical scanners, magnetic separators, eddy current systems, and ballistic screens, separate mixed recyclables into pure commodity streams achieving 90%+ recovery rates.

By implementing industrial-scale recycling, facilities demonstrate environmental leadership, achieve sustainability certifications (Green Star, NABERS), comply with waste management regulations, and realize significant cost savings. Diverting recyclables from general waste eliminates landfill levies (which can reach $150+ per tonne in some states), reduces collection frequency, and produces cleaner, more valuable commodity streams. The 3m3 container is particularly effective for manufacturing operations, logistics centers, and retail complexes managing substantial packaging waste.

Technical Specifications

dimensions	1350mm (H) x 1820mm (W) x 1450mm (D)
weight	185kg (empty)
material	3mm galvanized steel, Australian-made
color	Yellow (recycling identifier)
wheel Type	Fixed container - front-lift truck collection
capacity	3000 litres / 3.0 cubic metres
load Capacity	Up to 1500kg (heavier loads on request)

Ideal For These Businesses

Manufacturing and production facilities

Large warehouses and distribution centers

Shopping centers and retail complexes

Corporate office buildings

Educational institutions and universities

Industrial estates and business parks

Waste Guidelines

What Goes In

✓Glass bottles and jars (all colors, eligible for 10c container deposits)
✓Plastic containers (PET, HDPE, PVC, LDPE, PP, PS - all types)
✓Aluminum cans, beverage containers, and foil products
✓Steel cans, tins, and metal packaging materials
✓Paper, cardboard, office documents, newspapers
✓Cardboard boxes, shipping materials, corrugated packaging (flattened)

Not Accepted

✗Soft plastics, plastic bags, cling wrap, bubble wrap
✗Polystyrene foam, styrofoam packaging, and cups
✗Coffee cups, disposable cups with plastic lining
✗Food waste, organic materials, or green waste
✗Contaminated packaging with grease, oil, or food residue
✗Textiles, clothing, fabrics, or soft furnishings

Frequently Asked Questions

How does Material Recovery Facility (MRF) sorting work for industrial volumes?

Large-scale MRFs process 200-500 tonnes of commingled recyclables daily using sophisticated automated systems. Your 3m3 container is emptied into the facility's tipping floor where front-end loaders feed material onto primary conveyors. The sorting process includes: (1) Manual pre-sorting to remove large contaminants and bulky cardboard, (2) Bag breakers to open plastic bags (though these shouldn't be in recycling), (3) Rotating disc screens that separate 2D materials (paper/cardboard) from 3D containers, (4) Magnets extracting ferrous metals (steel cans), (5) Eddy current separators removing aluminum using magnetic fields, (6) Optical sorters using near-infrared (NIR) technology to identify plastic types and blow them into separate bunkers, (7) Glass breakers and cleaning systems, and (8) Final quality control sorting. The facility produces bales of each material sold to reprocessors. Modern MRFs achieve 90-95% recovery with <5% contamination in output streams.

Can warehouses recycle plastic shrink wrap and stretch film?

Standard commingled bins cannot accept soft plastics like shrink wrap, stretch film, or pallet wrap as these materials jam MRF sorting equipment. However, we offer specialized soft plastic recycling services using dedicated bins where material goes to facilities equipped to process film plastics. These facilities shred, wash, and pelletize film into raw material for new plastic products. Many warehouses and distribution centers establish dedicated soft plastic collection alongside commingled bins, achieving 70-80% total recycling rates. We can assess your plastic waste streams and recommend optimal collection configurations. Some facilities bale their own stretch wrap and sell directly to recyclers.

What are the cost savings from industrial recycling vs general waste?

Cost savings vary by location and waste composition, but recycling typically costs 30-50% less per tonne than general waste disposal when accounting for landfill levies. Example: General waste disposal including collection and landfill levy might cost $200-$300 per tonne, while recycling collection costs $100-$150 per tonne with no landfill levy. A facility generating 50 tonnes of recyclables annually saves $5,000-$7,500 compared to landfilling. Additionally, many operations reduce total waste volumes by 40-60% through comprehensive recycling, reducing collection frequency and bin quantities. Some high-quality materials (clean cardboard, aluminum) may generate rebates offsetting collection costs. Return on investment for implementing industrial recycling typically achieves payback within 6-12 months.

How can manufacturers reduce commingled bin contamination?

Industrial contamination differs from office contamination - common issues include production waste, damaged products, and poor signage. Solutions include: (1) Dedicated bin locations in packing areas, lunch rooms, and offices (not production floors), (2) Clear photo-based signage showing what's accepted (not just words), (3) Staff training including inductions for new employees and contractors, (4) Bin monitors or environmental champions on each shift, (5) Separate bins for common contaminants (soft plastics, general waste), (6) Regular waste audits with feedback to supervisors, (7) Incentive programs rewarding departments with low contamination, and (8) Keeping bins covered to prevent casual dumping. Facilities implementing comprehensive contamination prevention typically reduce contamination from 15-20% to below 5% within 6 months.