Newsroom
Recycling Industry News & Analysis
Practical, evidence-aware reporting for material, machinery and site decisions.
Twenty distinct articles connect material quality with baling, shredding, scrap preparation, logistics, site interfaces and maintenance. Each record states its limits and leads to the relevant maintained resource.
Editorial desk
Twenty focused guides for recycling decisions
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Paper & fibre
Why fibre quality matters as much as paper recovery
High collection rates are only part of the paper-recycling picture. The usable fibre in each recovered load determines mill yield, material value and the quality of the next product. Europe recovered paper at a 76.4% rate in 2025, yet collected tonnage is not the same as usable fibre. Moisture, non-paper components, mixed grades and packaging design can all reduce yield. Protecting grade integrity from collection through delivery is therefore becoming central to both commercial performance and high-quality recycling.
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Plastic packaging
Plastic packaging recycling starts at the design stage
A recycling mark does not determine what happens after collection. Resin choice, labels, colours, adhesives and closures influence whether packaging can be identified, separated and returned as usable material. The EU recycled 42.1% of generated plastic packaging waste in 2023, but collection is only one part of the route. New European rules increasingly connect recyclability claims with the performance of the complete packaging unit and evidence of recycling at scale. Packaging teams and recyclers therefore need to assess design and real infrastructure together.
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Textiles
Textile collection is expanding. Sorting must catch up
Separate collection preserves the possibility of reuse and fibre recovery, but the condition, composition and destination of every textile fraction still have to be established after collection. EU textile collection requirements are bringing more discarded clothing, footwear and household textiles into managed streams. Current data shows, however, that collection is not a final circularity measure. Protected storage, professional sorting, reuse assessment, fibre identification and credible downstream capacity determine whether collected textiles retain value.
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Non-ferrous metals
Aluminium recycling: the quality behind the energy gain
Aluminium has a strong recycling case, yet recovery tonnage alone cannot show whether metal returns to the same alloy family or moves into a less demanding application. Recycled aluminium typically requires far less energy than primary production, but the material benefit depends on collection, contamination control and alloy separation. Current US and global data shows substantial recovery alongside important differences between manufacturing scrap, post-consumer scrap and genuinely closed-loop routes.
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Electronics
E-Waste Recovery Is Becoming a Materials Strategy
Global e-waste volumes continue to outpace documented formal recycling. A new European recovery list shows why collection quality and component-level separation now matter as much as total tonnes processed. The next phase of e-waste recovery is moving beyond bulk weight toward the materials retained from each product. Official global data shows a widening collection gap, while 2026 EU rules identify magnets, circuit boards, drives, cables and other components as priority recovery opportunities. The operational response begins with traceable collection, depollution and selective dismantling before any size reduction.
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Built environment
Construction Waste Is Moving Toward Traceable Reuse
Construction and demolition waste is not one material stream. Audits, selective dismantling and reliable product information are becoming the foundations of higher-quality recovery. Construction and demolition waste represents more than one-third of waste generated in the EU, but headline recovery rates can conceal major differences in definitions and destinations. The direction of policy is moving from undifferentiated bulk recovery toward pre-demolition knowledge, source separation, traceable logistics and confidence in the next use of each material.
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Food & organics
Food-Waste Rules Shift Focus From Disposal to Value
Prevention targets and separate collection are changing how food waste is measured. Composting and anaerobic digestion have a role, but only after edible-food pathways and feedstock quality are addressed. UN data places global consumer-facing food waste at 1.05 billion tonnes in 2022. New EU targets now require measurable prevention alongside established separate-collection duties. For unavoidable residues, the credible route depends on clean feedstock, controlled biological treatment, methane management and a beneficial destination for compost or digestate.
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Battery materials
Battery Recycling Enters a Compliance-Driven Phase
Dated EU collection and recovery targets are connecting waste operations with new-product data. The immediate operating priority remains safe identification, segregation and specialist handling. Battery circularity is becoming a chain-of-custody system built around category-specific collection, material recovery, recycled content and digital records. Capacity and end-of-life feedstock will not peak at the same time, making collection quality and regional planning critical. Used batteries must follow a specialist battery route and must never enter a conventional baler.
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Baler selection
Vertical or Horizontal Baler? Let the Material Flow Decide
The useful comparison begins with how material arrives, accumulates, enters the press and leaves as a bale—not with machine orientation alone. Vertical and horizontal balers can both compact recoverable material, but they support different operating patterns. A sound shortlist considers daily and peak volume, feed consistency, available labour, loading method, bale removal, storage and downstream transport. Nominal force or a model label cannot answer those workflow questions on its own.
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Cardboard operations
A Cardboard Baling Workflow Begins Before the Press
Source separation, temporary storage and feed preparation determine whether cardboard reaches the baler as a manageable resource or a contaminated mixed stream. Baling can make cardboard easier to store and transport, but it cannot restore fibre quality lost through water, food residue or mixed waste. The operational plan should protect the material before pressing, define safe feeding and bale movement, and keep the output identifiable for its intended receiving route.
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Textile operations
Textile Baling Should Follow Sorting, Not Replace It
A compact bale is only useful when the textile fraction inside it has a defined quality, owner and destination. Collected textiles can include reusable garments, damaged goods, mixed fibres, accessories, moisture and unwanted waste. Compressing that mixture does not create a recycling grade. The workflow should sort for the intended outlet first, then define the feed, bale identification and handling method around that accepted fraction.
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Plastic film
Plastic Film Baling Depends on More Than Loose Volume
Film can occupy substantial space while carrying little mass, yet its polymer mix, contamination and recovery after compression determine the real handling problem. A plastic-film project should identify the accepted polymer fraction, presentation, moisture and contamination before machinery is shortlisted. Operators also need a controlled way to collect, feed, contain and move the material. The downstream receiver’s specification remains the reference for whether a compacted fraction is commercially usable.
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Scrap preparation
Scrap Metal Preparation Starts with Composition and Geometry
“Metal scrap” is not a complete feed specification: alloy, section size, attachments, contamination and concealed hazards change the processing route. A scrap-processing review should separate ferrous and non-ferrous fractions, describe the physical form and identify prohibited or hazardous items. The required output—reduced length, compacted package or another form—must connect to downstream handling. Machinery selection follows that evidence and a controlled site review.
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Document workflow
Secure Paper Shredding Is a Chain of Custody, Not One Machine
A shredder changes paper size; the surrounding process determines who can access documents, how material is verified and where the output goes. A secure paper workflow begins with the organisation’s information-handling rules. Controlled collection, authorised movement, suitable feed, operator responsibilities, output containment and final recycling or disposal all need definition. Equipment selection should support that process without being presented as proof of compliance by itself.
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Size reduction
An Industrial Shredder Needs a Feed Specification, Not a Waste Label
Broad names such as mixed waste or plastic do not describe the objects, contaminants and upset conditions that determine a size-reduction duty. Shredder selection begins with representative feed evidence and a clear reason for size reduction. Composition, dimensions, toughness, moisture, embedded metal, prohibited items and variability should be documented. The output size, separation route and response to unshreddable objects belong in the same review.
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Bale logistics
The Baling Process Is Not Finished When the Bale Leaves the Press
Ejection, lifting, identification, storage and dispatch need their own space, equipment and operating rules. A baler changes material into a denser handling unit, but the output still has to move safely through the site. Bale properties vary with material and operation. Project planning should therefore define the handling equipment, travel route, storage surface, stacking policy, weather protection and collection interface using confirmed information.
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