300KG/H Garden Waste Pellet Machine in Israel

The equipment would be installed after the customer's existing sorting, size-reduction and drying stages, so the project focuses on the missing pelletizing step rather than duplicating machinery already available. Suitable woody material may also be assessed for biomass fuel pellets in a separate production run, provided that its properties meet the requirements of the intended fuel application.

From Landscaping Waste to a Usable Pellet Product

Garden maintenance generates a varied mixture of materials. Routine pruning can produce small branches, woody stems, hedge cuttings and leaves, while larger landscaping jobs may add thicker branches and other plant residues. Their composition changes with the season, the types of vegetation being maintained and the work being carried out.

For a landscaping waste processor in Israel, the challenge is not simply obtaining enough material. It is separating the useful woody fraction from unsuitable waste and preparing a consistent feedstock for mechanical processing. Fresh grass clippings, wet leaves, soil, stones, plastic ties and mixed household refuse should not be treated as equivalent to clean wood fiber.

The proposed customer operates as a green-waste recovery business rather than a conventional sawmill. Its incoming material comes from contracted landscape maintenance, pruning services and commercial grounds management. Before pellet production, the material is inspected and sorted so that only suitable, uncontaminated plant residues enter the process.

The immediate objective is to make animal bedding pellets for customers who need a compact, manageable product for animal housing. Loose garden waste is bulky and inconsistent, whereas properly formed pellets can be weighed, packaged and delivered in a standardized format. After use, the suitability of the bedding for composting or other disposal routes depends on the plant species, any chemical contamination and the management practices of the end user.

This is a staged investment. The business already has a material collection and preparation workflow, so the MZLH350 is intended to add value to that operation without requiring a complete new processing plant from the outset.

Choosing the Right Fraction of Garden Waste

Not every type of garden waste is suitable for pelletizing. A branch may be suitable after chipping and grinding, while a load dominated by wet leaves or grass may require a different preparation strategy. The customer therefore plans to separate woody pruning residues from softer green waste and use the woody fraction as the principal feedstock.

The initial formulation below is a planning example based on dry material. It is intended to establish a starting point for trials, not to serve as a universal recipe for garden waste pellets.

These percentages describe a possible dry-basis blend. They do not mean that all incoming branches, leaves or hedge cuttings can be processed without inspection. Species identification, contamination screening and actual material testing remain necessary. Plants treated with unsuitable chemicals, vegetation contaminated with soil or roadside pollutants, and material containing plastic, wire or stones should be excluded.

Woody pruning residues are expected to provide the main structure of the pellets. The softer fraction is kept relatively low because leaves and fine green material can change ash content, moisture behavior and pellet durability. If the finished bedding contains excessive fines or breaks during transport, the customer may need to reduce the leaf fraction or modify the grinding and drying conditions.

The same formula should not automatically be used for fuel pellets. Fuel production requires a separate assessment of moisture, ash content, combustion behavior and the specifications of the intended heating equipment. The flexibility of the pellet machine does not remove the need to formulate and test each product independently.

Preparing Branches and Trimmings Before Pelletizing

The preparation stage is particularly important in a garden waste pellet project because the incoming material is less uniform than factory-produced sawdust. Branch diameters, fiber lengths and moisture levels may vary widely from one collection load to another.

Larger branches should first be chipped into manageable pieces. A hammer mill or suitable grinder can then reduce the chipped material to a more uniform particle size. For initial process planning, particles around 3 mm are a useful target for many woody formulations, although the final grinding specification should be confirmed by testing the actual feedstock.

Long fibers, oversized fragments and uneven particles can interrupt feeding or reduce pellet consistency. Excessive fine grinding, on the other hand, can increase energy consumption and dust generation. The goal is not to grind every material as finely as possible, but to achieve a particle-size distribution that feeds steadily and forms durable pellets.

Moisture control is equally important. The customer should measure moisture after grinding and again near the pellet machine inlet. If the prepared material contains more than 20% moisture, a suitable drying stage is required before pelletizing. The proposed project assumes that the operator has access to a suitable dryer or will install one if the site assessment shows that the existing preparation system cannot achieve the required condition.

An initial moisture target of approximately 10–15% may be tested for the woody bedding formulation. This is a starting range rather than a guaranteed optimum. Different plant species, particle sizes and blend compositions may require adjustments. Material that is too wet can form unstable pellets and complicate cooling; material that is excessively dry may also produce weak pellets under some operating conditions.

Before the machine is commissioned, the operator should establish a consistent procedure for sorting, chipping, grinding, drying and feeding. A stable upstream process is one of the most important factors in achieving repeatable output from a single pellet machine.

MZLH350 Garden Waste Pellet Machine Specifications

For this project, one RICHI MZLH350 ring die biomass pellet mill is proposed. The model is selected for a small-to-medium operation that wants to introduce pellet production gradually rather than build a high-capacity industrial plant immediately.

The 6 mm target falls within the machine's stated pellet diameter range and provides a reasonable starting specification for bedding trials. The final diameter, length and durability should be confirmed against the requirements of the intended animal housing market.

The stated capacity of 0.3–0.5 T/H is a reference range, not a guaranteed output for every garden waste mixture. Actual production depends on material composition, moisture, particle size, feeding stability, die configuration and the quality requirements for the finished pellets. Mixed green waste should therefore be tested before a firm production target is adopted.

The anti-bridging feeder helps maintain material movement, while the forced feeder supports controlled delivery to the pelletizing chamber. These functions are relevant when the feedstock contains fibers with different lengths and flow characteristics. Regular inspection and appropriate maintenance are still necessary to maintain stable operation.

Why the MZLH350 Is Being Added as a Single Machine

The proposed purchase is not intended to replace the customer's entire green-waste operation. Collection, sorting, chipping and preliminary grinding are already part of the business workflow. The missing stage is the conversion of prepared material into a compact pellet product.

Purchasing one garden waste pellet machine allows the operator to validate several commercial and technical questions before committing to a complete production line. These include whether the selected plant residues can form durable pellets, whether the target diameter meets buyer expectations, how much cooling and screening will be required, and how the product behaves during bagging and transport.

This staged approach also reduces the risk of buying downstream equipment before the pelletizing process has been proven. If the initial product performs well, the customer can evaluate a cooler, vibrating screen, conveyor and packing machine based on the actual production rate and the required packaging format.

RICHI supplies individual biomass pellet machines as well as complete pellet production line equipment. For customers with existing preparation machinery, a customized process can be developed around the equipment that is suitable for continued use. The objective is to establish a workable material flow rather than automatically replacing every machine at the site.

Before confirming the final configuration, the customer should provide representative samples of the intended woody blend, estimated daily operating hours, target pellet diameter and details of the existing drying system. These details help determine whether the proposed model and reference capacity are appropriate for the actual operating conditions.

Animal Bedding Is the Main Product; Fuel Pellets Are a Separate Opportunity

The first planned product is compressed animal bedding made from selected woody garden residues. The target is a manageable pellet that can be packaged, transported and used by customers who require absorbent bedding material. Before commercial use, the product should be checked for dust, breakage, moisture behavior and suitability for the intended animal species.

Not all vegetation is appropriate for animal bedding. Toxic plants, contaminated roadside cuttings, chemically treated material and residues containing sharp foreign objects must be excluded. Product acceptance will also depend on the bedding system used by the customer, including whether pellets are spread directly or allowed to break down into a softer material after moisture is introduced.

The second potential application is biomass fuel pellet production from a separately prepared, clean woody fraction. If the operator wishes to explore this market, the material needs to be assessed for moisture, ash, contaminants, durability and combustion characteristics. The target pellet specification may differ from that used for bedding, even when the same pellet machine is used.

Suitable woody garden residues may also be considered for other non-feed biomass applications, subject to the required product properties and local market demand. However, a bedding pellet is not automatically a compliant fuel pellet, and a fuel formulation should not be assumed to be suitable for animals. Each use requires its own material selection, operating settings and quality checks.

The MZLH350 biomass pellet mill is designed for biomass materials such as woody residues, straw and other suitable plant-based feedstocks. It does not include a conditioning system for feed processing and should not be specified as an animal feed pellet machine for this project. Its application here is limited to suitable non-feed products, led by animal bedding pellets.

Product Quality and Routine Operating Checks

For bedding pellets, a uniform appearance is useful but not sufficient. The customer should monitor diameter, length, fines, moisture and durability. Excessive breakage may indicate that the material preparation, moisture level or formulation needs adjustment.

After pelletizing, the product may require cooling and screening before packaging. Cooling helps bring the pellets to a suitable handling temperature, while screening removes fines and broken pieces from the saleable fraction. Depending on the process design, screened material may be recycled in a controlled manner.

Dust control deserves particular attention because the raw materials are handled through several stages of chipping, grinding and pelletizing. Suitable extraction and housekeeping arrangements can help reduce airborne dust and keep the work area cleaner. Operators should also follow appropriate machine guarding, lockout and maintenance procedures.

The customer should keep records of incoming material type, moisture, blend composition, machine operating conditions and finished pellet quality. These records make it easier to identify changes caused by seasonal feedstock variations and to repeat successful production settings.

Packaging and storage should protect the pellets from rain and excessive moisture. The appropriate bag type depends on the distribution channel and expected storage conditions. If the product is intended for animal bedding, the label and product documentation should clearly identify its intended use and any handling precautions.

Technical Support and a Route to a Complete Pellet Production Line

Garden waste pellet production requires coordination between material preparation and pelletizing. RICHI can assist in reviewing the proposed feedstock, target pellet dimensions, expected throughput and the machinery already available at the site.

The technical assessment should cover the chipper or grinder, rotary dryer capacity, feeding arrangements, installation space, electrical supply and maintenance access. If the material has a high proportion of leaves or unusually long fibers, the preparation route may need to be adjusted before the pellet machine is selected for final production.

For an initial single-machine project, the customer can retain suitable existing equipment and add the pelletizing stage first. If output grows, the process may later be expanded with conveyors, cooling, screening and packing equipment. RICHI can supply individual machines or design a complete customized biomass pellet production line around the confirmed requirements.

This approach keeps the investment tied to actual production needs. It also gives the operator an opportunity to evaluate product quality and buyer feedback before adding more automation. The final equipment configuration should follow material testing and a review of the customer's operating conditions.

Project Planning and Buyer Feedback

No verified customer testimonial or commissioning report has been provided for this proposed project. The following reflects the practical priorities that should guide the buyer's equipment selection rather than a direct quotation from a confirmed customer.

The main concern is whether variable garden waste can be converted into a consistent bedding pellet without creating excessive fines or requiring major changes to the existing preparation operation. The operator also needs to understand the limits of a single-machine package and which upstream or downstream functions must be handled by existing or separately selected equipment.

For this reason, the next useful step is to test representative material rather than rely on a nominal capacity figure alone. A sample trial can help assess feeding stability, pellet formation, durability and the moisture range required for the intended product.

RICHI Machinery can discuss the raw material, target product and equipment arrangement with the customer before a final configuration is confirmed. The proposed MZLH350 provides a starting point for a compact project, while a larger or more integrated arrangement can be considered if the actual feedstock and production requirements justify it.

Shipping the Garden Waste Pellet Machine to Israel

The proposed sea-freight route is from Qingdao Port in China to Haifa Port in Israel. The final shipping schedule, routing, cargo dimensions and freight arrangements should be confirmed with the logistics provider before dispatch.

Before the machine arrives, the customer should confirm the foundation, electrical supply, installation space and access for lifting and maintenance. The upstream grinding and drying systems should also be checked to ensure that they can provide suitably prepared material at a stable rate.

Commissioning should focus on controlled feeding, repeatable pellet formation and the agreed product specification. Recording moisture, blend composition, output and screening losses will help the operating team establish consistent settings and identify the need for adjustments.

A Practical Use for Selected Garden Waste

The proposed garden waste pellet machine in Israel project centers on one MZLH350 ring die biomass pellet machine, with a reference capacity of 0.3–0.5 T/H and a planned pellet diameter of approximately 6 mm. The immediate purpose is to convert selected woody pruning residues into animal bedding pellets, while keeping a separate fuel-pellet application open for suitable feedstock.

The project depends on disciplined material selection. Clean woody branches, chipped stems and suitable hedge trimmings can be assessed for pellet production, but mixed green waste should not be fed indiscriminately into the machine. Particle size, moisture, contamination and formulation all influence the result.

For a landscaping waste processor that already has part of the preparation infrastructure, a single pellet machine offers a way to test the product and establish operating requirements before investing in a complete automated line. RICHI can supply the individual pelletizer, review the existing process and provide additional equipment or a customized production line when required.

Customers planning a similar garden waste pellet project can contact RICHI with details of their material, moisture level, desired pellet diameter and expected output. Those details provide a practical basis for selecting the appropriate machine and determining which preparation and finishing stages are needed.