Brewery Pallet Recycling Equipment in Serbia | RICHI Machinery

The selected equipment was one RICHI RIBPC 1000×350 heavy-duty pallet crusher machine. It was purchased as an individual machine rather than as a complete automated recycling line. The customer intended to use it alongside existing material-handling arrangements, with the option of adding or adapting downstream conveying and separation equipment according to the actual operating requirements.

This brewery pallet recycling equipment in Serbia was selected for one clear purpose: to make damaged wooden packaging easier to process and manage. The crusher would handle suitable discarded pallets, broken boards and related timber waste, producing wood chips with a typical target size of 2–4 cm. The resulting material would then be inspected and directed to an appropriate recycling or recovery outlet according to its cleanliness and composition.

Why a Serbian Brewery Logistics Operator Needed a Dedicated Crusher

A brewery's pallet waste is different from the clean timber offcuts generated by a woodworking workshop. Pallets may have travelled between suppliers, distribution warehouses, retailers and production facilities. Their condition varies considerably, and a load collected over several months can contain intact boards, fractured blocks, protruding nails and pieces of timber with different moisture levels.

The customer in this project was a packaging recovery contractor serving beverage-industry logistics operations. Its work involved collecting damaged wooden transport packaging, separating repairable pallets from those beyond economical repair and preparing the remaining material for recovery. The business did not need a new brewery production line. It needed a reliable way to reduce the size of the timber that could no longer be reused as a pallet.

Manual dismantling remained useful for pallets that could be repaired or for separating components that required individual inspection. However, manually breaking down every damaged pallet would have added handling time, particularly when the incoming material included numerous broken boards and blocks. A dedicated crusher provided a more practical option for processing the portion of the waste stream that had already been classified as unsuitable for reuse.

The purchase also allowed the contractor to introduce crushing without replacing all of its existing handling equipment. The machine could form a new processing stage within the existing site, subject to confirmation of the available floor space, electrical supply, material flow and safety arrangements.

For a single-machine investment, this was an important consideration. The objective was not to build an unnecessarily complicated plant before the volume and composition of the waste stream had been established. The buyer could first introduce mechanical size reduction, evaluate actual operating results and determine whether additional equipment would provide a worthwhile benefit.

What Goes into the Brewery Pallet Recycling Process?

The main feedstock consists of damaged wooden pallets used in beverage logistics. These may include broken deck boards, cracked stringer sections, split pallet blocks and wooden pieces separated during pallet inspection. Additional material may come from damaged wooden separators or transport packaging used to protect equipment and supplies delivered to the brewery.

Not every discarded pallet is automatically suitable for crushing. Before processing, the operator needs to distinguish ordinary, untreated wood from material that has been painted, chemically treated, heavily contaminated or combined with other materials. Pallets containing plastic components, substantial metal fittings or non-wood inserts require inspection and, where appropriate, dismantling before entering the crusher.

The project uses a sorting-first approach. Pallets that remain structurally sound are kept for repair or reuse. Damaged units are inspected to identify material that can be processed, while unsuitable items are separated for an appropriate handling route. This prevents the crusher from becoming a substitute for basic waste inspection.

The main accepted feedstock is therefore broken pallet timber and loose boards from the brewery's packaging and logistics operations. Clean wooden packaging offcuts may be added when their origin and condition are known. Mixed furniture waste, treated timber and unrelated construction waste are not automatically included simply because the machine is designed for wood waste.

Fasteners are a particular concern. Wooden pallets often contain nails, and the RIBPC crusher is designed for demanding wood-waste applications that may involve such metal components. Nevertheless, crushing does not eliminate metal contamination. The operator must assess the incoming material and arrange suitable metal separation or removal before the chips enter a downstream process that requires cleaner wood.

Selected Model: RICHI RIBPC 1000×350

The RICHI RIBPC 1000×350 was selected for this project as a heavy-duty preliminary crusher for damaged pallet timber. Its feed opening measures 1000 × 350 mm. The machine's main motor is rated at 90 kW, providing the primary drive for the crushing operation.

The feeding system is equipped with two 5.5 kW motors, while the hydraulic pump motor is rated at 1.1 kW. A 1.5 kW discharge conveyor transfers the crushed material away from the machine. The crushing assembly contains 24 hammers, which break down the incoming wood into smaller pieces.

The standard target output is approximately 2–4 cm wood chips, with the internal screen configuration selected according to the material and required output. The exact particle distribution depends on the incoming timber, its dimensions and condition, the screen arrangement and operating practices.

The supplied specifications do not include a verified throughput figure for this particular model and feedstock. Therefore, no fixed hourly capacity is assigned to the Serbian project. Actual processing capacity should be established through technical assessment or a representative material test, taking account of pallet construction, nail content, feed consistency and the required output size.

RIBPC 1000×350 Technical Specifications

From Damaged Pallets to Manageable Wood Chips

Before the crusher starts operating, the receiving area needs to provide enough space for inspecting pallets and separating reusable units from waste timber. Repairable pallets should not be sent through the machine merely because they are available. Keeping reusable packaging in circulation can preserve its value and reduce the volume requiring further processing.

Once the unsuitable pallets have been selected, the operator prepares the feed according to the machine's permitted material dimensions and operating instructions. Oversized or awkward components may require preliminary dismantling. The material is then fed into the crusher, where the hammer assembly breaks the wood into smaller pieces.

The resulting wood chips are discharged by the conveyor for collection and subsequent inspection. At this stage, the purpose of the machine is size reduction. The output is not automatically a finished recycling product, and the appropriate end use depends on the timber's origin, treatment, contamination level and the receiving facility's acceptance criteria.

Where the material is clean, untreated wood, possible outlets may include suitable biomass recovery or other wood-recycling applications that accept the relevant chip specification. If the material is intended for a board-manufacturing process, the receiving plant must confirm its requirements for wood composition, particle size and contaminants. If substantial nails remain in the output, metal removal will be necessary before the chips are accepted by a process that cannot tolerate them.

Wood that has been chemically treated, contaminated with unsuitable substances or mixed with materials that cannot be separated economically should be directed to an appropriate alternative route. The contractor's recovery process therefore depends on material classification as well as crushing performance.

Why the RIBPC Crusher Suits Demanding Pallet Waste

Wooden pallets are not uniform feedstock. One load may consist mainly of thin deck boards, while another may contain thick blocks, fractured stringers and irregular pieces. Nails and other fasteners add further uncertainty. A crusher for this application needs a robust construction and a maintenance arrangement that allows wear components to be inspected and replaced as necessary.

The RICHI RIBPC series uses high-strength alloy-steel hammers that undergo quenching treatment to improve wear resistance. The hammers are mounted in a detachable configuration, which supports inspection, maintenance and replacement without requiring the complete crushing assembly to be replaced whenever a wear component reaches the end of its service life.

The machine body is built using a heavy-duty housing and carbon dioxide gas-shielded welding, followed by overall annealing as specified for the equipment series. These manufacturing measures are intended to support structural stability and help reduce residual stresses associated with welding.

Sealed bearings and dust- and water-resistant design features provide additional protection for components exposed to an industrial working environment. The machine also includes automatic overload protection. This is useful when abnormal loading occurs, but it does not remove the need for correct feeding practices, inspection and timely maintenance.

For a pallet recycling operation, these features matter because maintenance downtime affects the handling of accumulated waste. A practical inspection routine should cover hammer wear, screen condition, fasteners, bearing temperature, hydraulic components, conveyor alignment and any changes in vibration or operating noise.

Metal Control, Dust Collection and Safe Operation

Nails are common in wooden pallets, so metal control must be considered as part of the recycling process. The crusher's ability to process suitable wood containing nails does not mean that the nails disappear or that the resulting chips are metal-free. Depending on the intended outlet, the operator may need magnetic separation, manual inspection or other suitable metal-removal equipment.

Where the recovered chips are intended for biomass use, the operator must confirm that the wood is suitable for that purpose. Untreated, clean wood may be acceptable to an appropriate facility, but painted, chemically treated or contaminated timber should not automatically be treated as fuel. The receiving facility's requirements and applicable environmental rules determine what can be accepted.

Dust collection is another important part of the site arrangement. Crushing creates airborne wood particles, and additional dust can be released where material falls from the discharge conveyor or is transferred into storage. Extraction should be assessed for the actual machine layout and transfer points rather than selected solely by nominal fan power.

Wood dust can present both occupational and combustible-dust hazards. The installation should therefore account for extraction performance, filter maintenance, safe cleaning, dust accumulation and appropriate electrical and fire-safety measures. The machine and any connected dust-collection equipment should be installed and operated according to the applicable safety requirements.

The operating area should also allow safe access for inspecting incoming pallets, collecting the output and maintaining the machine. Workers should never reach into the crushing chamber or attempt to clear a blockage while the equipment remains energized. Lockout and isolation procedures must be followed before maintenance or intervention.

Why a Single-Machine Purchase Made Sense

The buyer did not require a complete automated pallet recycling line at the outset. The existing operation already had material receiving and handling arrangements, so the immediate gap was the absence of a dedicated machine for reducing bulky pallet waste to smaller pieces.

Purchasing one RIBPC 1000×350 allowed the contractor to introduce mechanical crushing without committing immediately to a full conveyor network, automated sorting line and additional processing equipment. The discharge conveyor supplied with the machine provides the specified output-transfer function, while the wider site arrangement can be adapted to suit the actual collection and storage method.

This approach also makes it easier to evaluate the economics of the operation. The contractor can record the amount of pallet timber processed, operating hours, maintenance needs, chip quality and the acceptance requirements of the selected recovery outlet. These figures can then inform any future decision to add a magnetic separator, a larger collection conveyor or further material-handling equipment.

Such additions should follow a review of the real waste stream rather than assumptions about the volume or composition of brewery pallet waste. A small operation processing occasional loads has different requirements from a centralized contractor receiving damaged pallets from multiple warehouses every day.

RICHI Machinery's Role in Equipment Selection

Choosing a pallet crusher requires more than matching the feed opening to the dimensions of a wooden pallet. The buyer needs to consider the proportion of boards and blocks, the presence of nails, the condition of the incoming timber, the required output size and the available space around the equipment.

RICHI Machinery can review these details during the technical selection process. Information about typical pallet construction, the quantity of material handled, operating hours and the intended use of the output helps determine whether the selected model is appropriate. Where feedstock varies significantly, representative material testing can help clarify expected performance and screen requirements.

Equipment layout also needs attention. The proposed position of the crusher should leave room for feeding, discharge collection, inspection and maintenance. Electrical capacity must be checked against the machine's installed motors, and any planned dust extraction or downstream separation equipment must be considered when assessing the overall site requirements.

For this project, the RIBPC 1000×350 Pallet Shredder is the preliminary crushing unit rather than a complete recycling plant. Clearly defining that scope helps the buyer understand what the machine can do and what additional equipment may be needed for a particular recycling outlet.

Customer Feedback and Performance Verification

For a brewery pallet recycling project, useful feedback should focus on practical operating questions: Can the machine process the selected pallet timber consistently? Is the discharge size appropriate for the chosen recovery route? How often do the hammers and screen require inspection? Does the existing material-handling arrangement keep pace with the crusher?

The contractor should also assess the quality of the recovered chips. Relevant checks include particle-size distribution, residual metal, visible contamination and whether the receiving facility accepts the material. These checks help distinguish successful size reduction from successful recovery of a usable secondary raw material.

No verified customer quotation, commissioning report or measured throughput has been provided for this project. Accordingly, no direct customer quotation or quantified performance claim is presented as an authenticated result. The final published case should incorporate actual operator feedback and operating data once those records are available.

Shipment from Qingdao Port to Serbia

The machine is planned for sea shipment from Qingdao Port in China. Serbia is landlocked, so a maritime shipment requires a suitable port in another country. The Port of Bar in Montenegro is one potential gateway for cargo destined for Serbia, subject to confirmation of the shipping route and the freight forwarder's arrangements.

Before dispatch, the buyer should verify the machine model, motor configuration, included components and packing list against the confirmed order. The site should be prepared for the machine's arrival, including an appropriate foundation or support arrangement where required, lifting access and sufficient electrical capacity.

The installation area should also provide a safe route for moving incoming pallets to the crusher and collecting the discharged wood chips. If dust extraction or additional metal-removal equipment is planned, its position should be coordinated with the crusher and discharge conveyor before commissioning.

A Practical Step toward Better Pallet Waste Management

The brewery pallet recycling equipment in Serbia was selected to address a specific operational need: reducing damaged wooden pallets and related packaging timber to a manageable intermediate size. The RICHI RIBPC 1000×350 combines a 90 kW main motor, a 5.5 × 2 kW feeding system, a 1.1 kW hydraulic pump motor, a 1.5 kW discharge conveyor motor and 24 hammers.

Its typical target output is 2–4 cm wood chips, subject to the screen arrangement and the characteristics of the incoming material. The machine provides the preliminary crushing stage; sorting, metal removal and decisions about the final recovery route remain essential parts of the operation.

For the buyer, the value of the investment lies in making damaged pallet timber easier to handle without immediately replacing the existing material-handling setup. Repairable pallets can remain in circulation, suitable waste wood can be reduced in size, and the resulting chips can be evaluated for an appropriate recovery outlet.

RICHI Machinery can assist with model selection, review of feedstock conditions, output-size requirements and the technical details needed for installation. Buyers planning a similar brewery pallet recycling project can discuss their pallet dimensions, daily waste volume, nail content, available site space and intended use of the recovered chips to determine a suitable equipment configuration.