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Carrot Puree Concentration Line Assess carrot puree concentration around texture, particles and viscosity, with product-suited heat transfer, pumping, cleaning and packaging.
Start with a defined puree Puree concentration follows pulping and refining. The retained tissue, particle distribution and flow behaviour are part of the product specification, not impurities that should automatically be removed. Compare the feed and final puree at stated temperatures. A juice evaporation rating cannot establish how the same system will handle a tissue-rich puree.
Select around rheology and heat exposure Discuss the actual sample, viscosity test, particle limits and acceptable changes to texture, colour and flavour. The proposed equipment needs a justified arrangement for product movement, heat transfer and residence time. Representative trials are more useful than transferring a capacity figure from water or a different fruit product. Record fouling and cleaning behaviour during the trial.
Keep transfer and filling in the same scope Higher solids can change pump selection, pressure losses, tank discharge and the filling interface. Resolve upstream buffering, line drainage, cleaning and package handling before fixing the layout. Concentration and preservation are separate decisions; the final treatment and package boundary require review for the actual product, market and distribution conditions.
Process references and image information →
Equipment presentation Puree branch
Break down prepared roots into a pumpable pulp while separating material unsuitable for the target product.
In Cut or conditioned roots suitable for pulping Out Pulp containing comminuted tissue plus a coarse reject stream Equipment presentation Puree branch
Bring puree texture toward the agreed sample or measurable specification.
In Carrot pulp with a defined fibre and particle distribution Out Refined puree and a controlled coarse fraction Optional concentration module Juice or puree with known solids and flow behaviour → Concentrated product and separated water vapour/condensate
Configuration and equipment drawing follow the confirmed process scope. Downstream option
Increase the agreed solids level after the base juice or puree route has been established.
In Juice or puree with known solids and flow behaviour Out Concentrated product and separated water vapour/condensate Product buffer and transfer system Juice or puree at a measured process condition → Controlled feed to concentration, treatment or an existing process
Configuration and equipment drawing follow the confirmed process scope. Downstream interface
Keep the correct product branch moving without losing its capacity and hygiene boundaries.
In Juice or puree at a measured process condition Out Controlled feed to concentration, treatment or an existing process Equipment presentation Validated finishing scope
Provide the heating, holding and cooling interfaces required by the qualified process design.
In Defined juice or puree formulation at specified feed conditions Out Product meeting the validated process condition for the package route Project enquiry
Turn your product brief into an equipment scope Start with the product, raw material and production basis.
Discuss your project ↗ Before you enquire
Questions worth answering. Clear product and equipment requirements make the next conversation useful.
Which equipment duties are relevant to this project? Carrot pulping machine; Puree refining and texture control; Optional concentration module; Product buffer and transfer system; Product-specific thermal treatment. The final scope follows the product, trials and selected package.
What should I send with my enquiry? Representative puree at a stated temperature; Feed and final solids basis; Viscosity and particle acceptance; Quality limits after concentration; Transfer pressure and package specification. If a condition is undecided, describe the intended finished product.
Multi-stage root washing system Raw-root input, kg/h and lot size Soil condition and root dimensions Make-up water, screening and wastewater basis Discharge height and carryover water Compare machine arrangements with representative dry soil, sticky mud, broken roots and seasonal variation.
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Stone separation module Stone size and density distribution Root buoyancy and size range Water flow and reject removal arrangement Inspection and isolation access Request a challenge trial using representative roots and identified foreign-material hazards.
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Root inspection conveyor Belt loading and product layer Inspection staffing or detection method Reject location and collection Conveyor speed and washdown access Define unacceptable defects and foreign material before comparing throughput.
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Optional root peeling module Peel acceptance criterion Root shape and seasonal variation Measured peel loss and water demand Cleaning and wear-component access Compare peeled and unpeeled sample products against the actual customer specification.
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Carrot cutting and size reduction Incoming root dimensions Required cut distribution or mash condition Product temperature and feed continuity Knife access and foreign-material protection Run extraction trials with the proposed particle size and record the resulting product and side stream.
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Optional conditioning / softening unit Purpose of conditioning and trial evidence Residence-time distribution and product temperature Heating medium and dilution impact Drain-down and startup handling Compare the product, energy demand and extraction behaviour with and without the proposed conditioning step.
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Carrot juice extraction press Mash particle size and temperature Liquid quality and solids target Feed rate on prepared-mash basis Residue moisture, cleaning and collection Measure juice, residue and cleaning losses using the same batch boundary before comparing offers.
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Juice solids separation / finishing Incoming solids and particle distribution Desired cloud and sediment behaviour Feed temperature and viscosity Side-stream quantity and cleaning cycle Use retained product samples and an agreed test method for suspended solids or sedimentation.
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Carrot pulping machine Prepared-feed dimensions and softness Screen configuration and speed basis Pulp temperature and fibre condition Reject handling and accessible wear parts Compare pulp texture, coarse rejection and downstream refining duty on the same representative feed.
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Puree refining and texture control Retained reference sample or particle criterion Screen choice and product temperature Pressure, throughput and screen loading Reject balance and wear limits Evaluate the cooled product as well as the processing-temperature sample using the agreed method.
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Product buffer and transfer system Product viscosity at a stated temperature and method Flow range, pressure and available inlet condition Buffer working volume and residence time Drainability, seals and cleaning return Use measured product behaviour and a pressure-drop assessment at the limiting process condition.
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Optional concentration module Initial and target soluble/total solids with method Feed and discharge viscosity Residence time and quality limits Steam, vacuum, cooling and condensate interfaces Trial the product through the intended solids range; do not extrapolate juice evaporator performance to puree.
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Product-specific thermal treatment Product formulation, acidity and rheology Validated process requirement and flow envelope Heating/holding/cooling instrumentation Fouling, differential pressure and utilities Resolve the process and package responsibility before promising shelf stability or ordering a heating skid.
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Product and package filling interface Package format, fitment and fill weight Product temperature, viscosity and particles Throughput expressed as packages and product mass Cleaning, sterilization and closure requirements Confirm actual package compatibility and filling trials before specifying a model.
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Cleaning and drain-down system Circuit inventory and manual-clean boundaries Product deposits and worst-case soil Cleaning return, drainage and utilities Verification points and safe isolation Map each equipment item to a cleaning circuit or accessible manual task and prove the end-of-run condition.
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