Receiving and preparation

Washing and elevation for berry preparation

Bring prepared berries from the wet preparation area to a controlled discharge height. The connected wash-and-lift arrangement combines a washing interface with an inclined belt, so water carryover, berry retention and the transfer into inspection are addressed as one duty.

Inclined belt connected to a partly visible wash tank and an elevated platform
Connected washing and elevation arrangement with an inclined cleated belt; the wash tank is partly outside the frame.

Equipment selection at a glance

Is this the right machine for your product?

Use it for
Prepared, separated berries
Main selection decision
Match wash outlet, drainage and lift discharge.
Discuss when enquiring
Feed condition, berry retention and transfer height.
Feed condition
Separated, suitably prepared berries
Assembly
Wash interface and inclined lift
Discharge
Matched to the next inspection or pulping inlet

Begin with the condition of the incoming berries

Sea buckthorn receiving lots can contain clusters, detached berries, leaves and twig fragments. A wash-and-lift section should receive the fruit condition for which it has been selected. Large branches can obstruct the transfer, while berries trapped in clusters may pass through without receiving the same exposure as loose fruit.

Frozen berries need a defined preparation and temperature condition before wet handling. Frozen blocks are a separate upstream handling problem; the incline shown is not a block breaker or thawing system.

Orange berries and twig fragments on a section of mesh conveyor
Berry and twig loading on a mesh belt illustrates the receiving condition to resolve before controlled washing and transfer.

Keep the washing outlet and lift connected

The incline uses cleats to support material during elevation. Its lower end meets the partially visible wash tank, while the upper end discharges at platform height. Belt openings, side clearances and the transfer gap determine whether small berries remain on the intended route.

Drainage between washing and pulping matters because retained wash water joins the product stream. Provide a defined route for that water, clean access beneath the incline and a discharge geometry that avoids a long uncontrolled drop.

  • Match the wash outlet level to the lift pickup point.
  • Specify the smallest accepted berry size and the largest allowed twig fragment.
  • Leave access to guards, belt return and drainage points.

Selection points for a small berry feed

Selection pointDesign consequenceAcceptance check
Berry size and debrisBelt surface, side containment and upstream sortingCheck fruit loss through openings and at transfers
Fruit temperature and firmnessHandling intensity and residence in waterCompare damage and pulp leakage before and after the section
Carryover waterDrain length and downstream mass balanceMeasure drained water separately from product
Discharge height and rateIncline geometry and feed controlConfirm stable loading of the next machine

Drain and inspect the open handling surfaces

An open berry preparation area needs accessible belt surfaces, return runs and tank corners. Washing the closed downstream pipework does not clean these external surfaces. Remove trapped leaves and pulp before they dry around the belt edges and discharge chute.

Coordinate the water supply, solids collection, floor drainage and safe access with the site layout. The final arrangement should make the routine inspection points reachable without opening a running machine.

Further answers

Equipment and process questions

Does this assembly remove every leaf and twig automatically?

No. Upstream debris removal and the allowable incoming twig load are separate selection points. The connected wash-and-lift arrangement does not establish an automatic optical or twig-removal function.

Can existing sea buckthorn pulp enter here?

Existing pulp belongs at a hygienic receiving or process-tank connection. Sending it through an open berry washer would add an unnecessary handling step and an uncontrolled water balance.

The next step in your process

Put the equipment scope together.

Discuss the ingredient, the incoming material and the part of the line you want to build.

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