Suitable raw materials
Apple, tomato, mango, citrus, pineapple, berry, guava, carrot and mixed fruit projects can be discussed according to priority product.
Industrial plant planning
Industrial Fruit Processing Plant for High-Capacity Juice, Puree and Aseptic Lines
An industrial fruit processing plant needs integrated raw material logistics, continuous processing, utility systems, filling, CIP, automation and installation planning.
Capacity fit
Industrial Fruit Processing Plant Capacity Planning
This page is for larger factories where production stability, cleaning, utilities, automation and packaging logistics matter as much as the main machines.
Shift and operating rhythm
Industrial projects often use multiple shifts or seasonal campaigns, so CIP, utilities and maintenance access need planning.
Factory boundary
Scope can include line design, equipment manufacturing, utility interface, PLC control, installation and commissioning.
Reference layout
Capacity, Area and Utility Checklist
| Item | Reference Only Planning Question | Engineering Reason |
|---|---|---|
| Hourly intake | Reference only: define capacity as raw material intake and final product output for each route. | Defines washer width, crusher or pulper size, tanks and filling speed. |
| Factory area | Industrial facilities need separate receiving, process, filling, warehouse, utility and service areas. | Affects equipment layout, operator aisles, drainage and packaging movement. |
| Steam | Confirm pressure, boiler capacity and peak demand. | Sterilization, evaporation, hot water and CIP can all require steam. |
| Power | Confirm voltage, phase, frequency and installed power limit. | Motors, pumps, controls, refrigeration and utilities need electrical planning. |
| Cooling water | Confirm tower water, chilled water or process water availability. | Cooling controls product temperature, filling conditions and heat exchanger balance. |
| Labor | Automation level decides operator count, traceability, recipe control and alarm handling. | Manual sorting, trimming, packaging and cleaning affect practical throughput. |
| Packaging | Aseptic bulk, retail bottle, pouch, can, jar and carton routes can be combined with planning. | Bottle, pouch, can, jar and aseptic drum require different filler and line length. |
Equipment scope
Typical Equipment for Industrial Fruit Processing Plant
Process integration
Front-end, extraction, heat treatment, filling and CIP must operate as a balanced system.
Automation and traceability
PLC, HMI, interlocks, alarms and recipes reduce operator variability.
Utility planning
Steam, cooling, compressed air, drainage and CIP determine long-term operating reliability.
Internal links
Move From Capacity to Route and Cost
FAQ
Capacity FAQ
Is this capacity a final specification?
No. Capacity pages are reference-only planning pages. Final sizing must be confirmed from raw material form, target product, shift hours, packaging and utilities.
What is the best way to express capacity?
Use fresh raw material intake per hour or per day, and also state the expected final product. A 3 TPH fruit juice line and a 3 TPH puree line can require different equipment.
Can the same capacity line run multiple fruits?
Sometimes, but only if the preparation, pulping, heating and cleaning requirements are compatible. State the priority product first and list future products separately.
What data affects the final layout?
Building length, width, floor drain position, ceiling height, raw material receiving direction, packaging area, utilities and operator access all affect the layout.
Project RFQ
Send RFQ for Industrial Fruit Processing Plant
Share raw material, finished product, hourly capacity, Brix, viscosity, packaging, utilities, factory layout, automation requirement and timeline. Values can be preliminary references for early engineering review.
Reference onlyCapacityBrix / viscosityPackagingUtilities