Fruit processing plant cost depends on capacity, process route, automation level, packaging format and utility conditions. Use this guide to prepare a more accurate RFQ before comparing equipment quotations.
Any values discussed before engineering review should be treated as reference only. A real quotation needs raw material, finished product, capacity, Brix, viscosity, packaging, utilities and layout.
An apple juice plant, apple puree plant and apple concentrate plant can share washing and crushing, but pressing, clarification, evaporation, sterilization and filling may be completely different. The finished product determines the expensive modules.
Higher intake affects washers, crushers, pumps, tanks, heat exchangers, evaporators, fillers, CIP circuits, utilities and building layout. Capacity should be stated as fresh material intake and expected operating hours.
Bottle filling, pouch filling, hot-fill, chilled filling and aseptic bag-in-drum filling use different thermal and hygienic logic. Aseptic bulk filling normally adds sterile transfer, SIP and stricter control requirements.
| Cost Area | Typical Reference Only | Why It Changes Budget |
|---|---|---|
| Raw material receiving and washing | Fruit bins, conveyors, bubble washing, brush washing, inspection and grading. | Soil load, fruit fragility, sorting labor and hourly intake change the front-end system. |
| Crushing, juicing and pulping | Hammer crusher, belt press juicer, passion fruit juicer, mango destoner or pulper. | Seed behavior, fiber target, juice yield and pulp particle size decide the core extractor. |
| Heat treatment | Plate sterilizer, tubular sterilizer, tube-in-tube sterilizer or pasteurizer. | Viscosity, pH, particles, shelf life and package decide the heat exchanger type. |
| Evaporation and concentration | Falling film, forced circulation or other concentration route where needed. | Only concentrate or high-solids routes need evaporation, but it can become a major utility load. |
| Filling and packaging | Aseptic bag-in-drum, bottle, pouch, can, jar or bulk tank filling. | Package format changes sterilization interface, automation, labor and plant hygiene. |
| CIP and PLC control | Manual, semi-auto or automatic CIP; basic or recipe-based PLC control. | Cleaning validation, operator skill, traceability and product switching affect the control system. |
Cost depends on extraction method, clarification, filtration, deaeration, pasteurization and packaging. Clear juice adds clarification and filtration; cloudy or NFC juice focuses more on pulp stability and aroma protection.
Puree routes need pulping, refining, deaeration and viscosity-aware heat treatment. Mango, guava and tomato puree often require stronger pumps, tubular sterilization and aseptic filling.
Tomato paste cost is driven by hot break or cold break selection, pulping, evaporation to target Brix, viscous product sterilization, aseptic filling and campaign cleaning.
Apple concentrate cost depends on pressing yield, enzyme and clarification route, evaporator selection, aroma and color protection, cooling and aseptic bulk filling.
Mango cost is affected by peeling and destoning method, pulp yield, fiber control, viscosity, tubular heat treatment and whether concentrate or aseptic drum filling is required.
Pineapple cost changes with trimming labor, peeling or coring interface, crushing, juice extraction, fiber control, acidity, aroma retention and filling route.
| RFQ Data | What to Send | Why It Matters |
|---|---|---|
| Raw material | Fruit type, variety, fresh or frozen state, season, defect level and daily supply. | Determines washing, sorting, extraction yield and plant operating rhythm. |
| Finished product | Juice, puree, pulp, paste, concentrate, aseptic bulk, bottle, pouch or can. | The finished product decides the route before equipment is priced. |
| Capacity | Fresh material intake per hour or per day, shift hours and campaign length. | Capacity changes every section, not only the main machine. |
| Brix and viscosity | Initial Brix, target Brix, viscosity, pulp content and particle limits. | Drives evaporation, pump, sterilizer and filling selection. |
| Utilities and layout | Steam, power, compressed air, cooling water, drainage, floor plan and ceiling height. | Utility limitations can change the practical equipment configuration. |
| Automation level | Manual, semi-automatic, PLC recipe control, data recording and CIP automation. | Controls labor, repeatability, traceability and electrical scope. |
No. A responsible quotation needs raw material, finished product, capacity, Brix, viscosity, packaging and utilities. Two plants with the same fruit can have very different equipment if one makes juice and the other makes puree or concentrate. This page is reference only for RFQ preparation, not a public price list.
Evaporators, sterilizers, aseptic fillers, pulping systems, CIP and automation often drive large differences. The impact depends on product route. A tomato paste line may be dominated by evaporation and viscous heat treatment, while a clear juice line may spend more attention on pressing, clarification and filtration.
Start by defining the priority finished product and packaging route. Avoid buying modules that are only needed for future products unless the future expansion is realistic. Share utility limits and layout early so the quotation can avoid oversized or unsuitable equipment. Cost control should not remove sanitation, cleanability or core process reliability.
Not automatically. Larger capacity can improve throughput, but it also increases receiving, tanks, heat exchangers, filling speed, utilities and cleaning demand. If seasonal supply is limited, an oversized line may sit idle. Capacity should match raw material availability, shift schedule, labor and packaging plan.
Send raw material, finished product, capacity, initial Brix, target Brix, viscosity, particle requirement, heat treatment, packaging, steam, power, compressed air, cooling water, CIP expectation, factory layout, automation requirement and project timeline. If a value is not final, mark it as reference only.
These pages are not in the main navigation. They help buyers move from keyword research to process route, packaging, cost and RFQ preparation.
These pages are not in the main navigation. They support high-intent buyer searches and help visitors move from research to RFQ preparation.
Use these links to move from process route to complete plant scope, cost drivers and equipment selection before sending RFQ data.
For a useful cost discussion, send raw material, finished product, capacity, Brix, viscosity, packaging, utility conditions, factory layout, automation requirement and timeline.
