This page is for buyers planning an entire juice factory, not only a single extraction line. It connects raw fruit receiving, juice preparation, heat treatment, packaging, CIP, utilities, installation and commissioning into one plant scope.
Use the fruit juice processing line process route for process logic, then use this page to define the full factory scope.
This page is for buyers planning an entire juice factory, not only a single extraction line. It connects raw fruit receiving, juice preparation, heat treatment, packaging, CIP, utilities, installation and commissioning into one plant scope.
This page is for buyers who need a complete plant configuration with equipment, utilities, packaging, installation and commissioning interfaces, rather than a generic machine list.
After the system boundary is clear, review fruit juice processing plant cost factors to understand quotation drivers before sending RFQ data.
complete fruit juice plant boundary. The values below are reference only for early discussion and must be confirmed with project data.
| Plant Area | Typical Reference Only | Why It Matters |
|---|---|---|
| Finished products | Clear juice, cloudy juice, NFC juice, beverage base and juice concentrate. | Product type decides clarification, pulp stability, evaporation and filling. |
| Capacity planning | Reference only: define fresh fruit intake per hour, shift hours and seasonal supply. | A factory layout must match raw material rhythm, tanks, utilities and packaging speed. |
| Packaging options | Bottle, pouch, carton, chilled pack, hot-fill or aseptic bulk packaging. | Packaging decides pasteurization, sterile transfer, filling and storage requirements. |
| Utility boundary | Steam, power, compressed air, cooling water, process water, drainage and CIP. | Utilities can limit practical plant capacity even when equipment is correctly selected. |
Each system should be selected from finished product, capacity, sanitary target, packaging and utility conditions.
The plant starts with fruit unloading, water handling, washing and inspection. This section protects juice flavor and keeps stones, leaves and damaged fruit out of the extraction system. It should be sized from real fruit condition and peak intake.
Clear juice needs enzyme treatment, separation and filtration planning, while cloudy or NFC juice needs stable pulp control. The extractor may be a belt press, citrus cup extractor, passion fruit juicer or other route-specific module.
Vacuum deaeration reduces oxygen, foaming and aroma loss before heat treatment. Plate or tubular heat exchangers are selected from pulp level, viscosity, pH, shelf life and packaging target.
If concentrate is required, evaporation, Brix control, cooling and aseptic bag filling become part of the plant. This is a different factory scope from direct NFC juice filling.
Choose clear juice when appearance and low turbidity matter; choose cloudy or NFC routes when natural fruit body is the priority; add evaporation only when concentrate, export density or ingredient storage is required. Packaging should be decided before final heat-treatment selection.
A complete juice factory scope connects receiving, extraction, tanks, utilities, packaging, CIP, automation, installation and commissioning under one capacity and responsibility boundary.
Use these checkpoints for early project evaluation. Final equipment selection requires confirmed product data, utility conditions and process requirements.
Direct answers below explain the decisions that change process scope, equipment selection and quotation quality.
A juice processing line covers how product moves from fruit preparation through extraction and thermal treatment. A complete plant scope also covers building interfaces, utilities, tanks, CIP, automation, packaging, installation and commissioning. Buyers comparing turnkey responsibilities should define these factory-wide items instead of comparing only the equipment sequence.
Engineers compare fruit arrival pattern, extraction yield, tank residence time, thermal flow and filler output over the planned operating day. Buffer tanks can decouple sections, but they also add cleaning and product holding. The balanced design should identify the real bottleneck under production and CIP conditions rather than rely on one nominal rating.
Provide available steam pressure, electrical voltage and frequency, process-water quality, cooling-water temperatures, compressed-air pressure, refrigeration conditions and drainage limitations. Utility rooms and pipe routes need space and access. Missing utility data can change heat exchangers, boiler scope, cooling equipment, control cabinets and installation cost after a quotation is prepared.
Expansion is easier when the first layout reserves tank foundations, pipe headers, electrical capacity, CIP circuits and space for additional extraction, evaporation or filling modules. The first RFQ should state expected future fruits and output. A phased project also needs clear battery limits so later equipment can connect without unnecessary rework or production interruption.
Commissioning scope may include utility checks, dry testing, water circulation, instrument verification, safety interlocks, recipe setup, CIP sequence review and product trials. Acceptance criteria should identify capacity measurement, product condition and responsibility for raw material and packaging. Operator training and final documentation should also be stated in the quotation boundary.
Send RFQ for Fruit Juice Processing Plant: raw material, finished product, capacity, Brix, viscosity, packaging, utilities, factory layout, automation requirement and timeline.
