At Goonyella Riverside Mine, screening equipment was introduced to separate unwanted contamination from coal overburden during mining operations. Using a FlipScreen screening bucket, operators processed material directly within the pit. The system helped remove debris and oversized material from spoil, improving material handling and keeping mining operations running efficiently.

PSC Metals in Columbus, Ohio replaced a multi-operator stationary vibrating screen with a FlipScreen attachment, transforming yard cleanup and material recovery. In just two weeks, the team recovered over 300 tons of valuable ferrous and non-ferrous scrap, significantly improving efficiency, reducing labor requirements, and increasing profitability across their yard operations.

Large soil stockpiles at Smorgon Steel Recycling contained valuable steel fragments mixed through contaminated material. Using a FlipScreen screening bucket, operators quickly separated soil from scrap directly within the work zone. Recoverable steel was diverted back into recycling streams while screened soil could be reused onsite, reducing waste handling and improving recovery rates.

ELG Recycling Processors introduced onsite screening to improve recovery of stainless steel fragments mixed through scrap and soil. Using a FlipScreen screening bucket, operators separated fines from valuable stainless pieces directly within the yard. The process exposed high-value metal that could be quickly collected and returned to the recycling stream.

Capital Quarries introduced a FlipScreen screening bucket to refine sandstone and gravel directly at the quarry face. By screening material during loading operations, operators were able to remove unwanted fines and debris before stockpiling. The result was a cleaner, more consistent aggregate product while reducing rehandling and improving overall production efficiency.

Landscaping projects often uncover mixed soil, rubble and gravel that still contains valuable material. Paul Deering Landscapes introduced a FlipScreen screening bucket to quickly process these materials onsite. Clean topsoil and usable aggregates were separated during excavation, allowing the team to reuse material immediately while reducing waste removal and imported soil costs.

Fleurieu Regional Waste Authority manages mixed waste soil at its waste management facility, with a strong focus on recovering usable material and reducing landfill.

Wagga Wagga City Council implemented FlipScreen technology at Gregadoo Landfill to improve material recovery, reduce disposal costs and convert waste streams into reusable products. Screening enabled separation of green waste, street sweepings, rubble and organics into free-flowing material suitable for reuse, sale or further processing while reducing contamination and landfill volumes.

Island County Solid Waste Division began screening mixed landfill material using a FlipScreen bucket to recover reusable soil and aggregates. By processing material directly at the landfill, operators separated organic soil from debris and oversize waste. The screened product was repurposed as a saleable soil material for landscaping and public works projects.

While clearing contaminated ground, Greenline Excavations discovered valuable copper fragments mixed through excavated soil. By fitting a FlipScreen screening bucket to their machine, the team quickly separated copper scrap from spoil during excavation. The recovered metal was collected for recycling while clean soil remained onsite, reducing waste handling and improving project efficiency.

All Over Bins began screening mixed skip bin loads to recover reusable materials often buried within general waste. By introducing a FlipScreen screening bucket to their yard operations, operators were able to separate soil, rubble and aggregates from bulky waste. The process created reusable fill material while reducing landfill volumes and disposal costs.

A Baton Rouge concrete recycler struggled with heavy mud contamination due to frequent rainfall. After trying traditional screening plants and trommels with limited success, the business adopted a larger FlipScreen unit. The result was highly effective mud separation, minimal waste, and significant recovery of reusable concrete product.

Ford Civil Contracting began processing demolition concrete directly on active job sites using a FlipScreen screening bucket. By separating usable crushed material from debris and fines during excavation, the team was able to produce a reusable road base onsite. The process reduced disposal costs and eliminated the need to import large quantities of aggregate.

While installing underground services in Port Melbourne, JHL Civil began screening trench spoil directly onsite using a FlipScreen bucket. Instead of hauling excavated soil away and importing bedding sand, operators screened the spoil to create reusable bedding material for pipe installation. This reduced truck movements, lowered project costs and kept the pipeline installation moving efficiently.

Stanvac sought a practical method to reclaim usable aggregate buried within mixed landfill material. By deploying a FlipScreen screening bucket, operators processed excavated waste immediately at the source. Recovered aggregates were separated onsite, cutting haulage and disposal costs while reducing reliance on imported materials and improving project efficiency.

Bradken introduced onsite screening to recover steel fragments hidden within used casting sand. Using a FlipScreen screening bucket, operators separated scrap metal from sand during routine material handling. Valuable steel pieces were quickly returned to the recycling stream while the remaining sand could be managed more efficiently within the foundry.

Harley owns Timberwolf Harvesting, supplying firewood to customers across the region. As part of his operation, he was looking for a more effective way to remove dirt from firewood before sale and improve the overall quality of his product.

Agua Trucks LLC needed a reliable way to separate litter and debris from the dirt collected by their street sweepers while also reclaiming valuable track-out rock. Using FlipScreen attachments, they were able to efficiently screen sweepings, separate trash from soil, and recover reusable rock while reducing waste disposal.

During demolition and site clearing works, Mamalis Earthmoving discovered much of the rubble being removed still contained valuable aggregate. By introducing a FlipScreen screening bucket, the crew began separating reusable material during demolition itself. Clean aggregate was reused for backfill and access tracks, cutting disposal costs and dramatically reducing imported material.

Rick Davis Contracting was handling excavated material from civil and rail which contained high-quality aggregate. By introducing a FlipScreen screening bucket, operators were able to separate road base and railway ballast directly where excavation occurred. The recovered material was reused onsite, reducing haulage, disposal costs and the need to import fresh aggregates while keeping projects moving efficiently.

Southern Scape Retaining Walls and Excavations had been facing rising costs from disposing of mixed waste soil containing roots, debris and other contaminants. After introducing the Flip Screen E50, the team gained the ability to efficiently separate clean, reusable soil from waste material—dramatically reducing disposal volumes along with the associated tipping and transport fees.

A heavily compacted stockpile of 200 tonnes of urea was successfully processed using the FlipScreen BL85. Using telehandler; the unit efficiently broke down hardened clumps into flowable material - returning the product to usable condition. The screening process delivered exceptional recovery performance, generating only 20 kg of waste and demonstrating the efficiency of controlled screening.

Little Billabong Station began screening soil, fertiliser materials and river stones directly on the property using a FlipScreen screening bucket. The system allowed operators to prepare clean fertiliser blends and remove unwanted rock from paddock soil in a single pass, improving soil preparation while eliminating the need to transport material off the station for processing.