Input data
All outputs are reference values, not a guaranteed production capacity or quotation.
Capacity planning tool
Fruit Processing Plant Capacity Calculator
Estimate daily intake, seasonal raw material demand, finished product output and a preliminary planning allowance for juice, puree, concentrate and aseptic filling projects.
Preliminary calculation
Estimate a Planning Capacity
Use the result for early discussion only. Final line sizing depends on raw material tests, product yield, operating schedule, utilities, packaging speed and factory layout.
Engineering meaning
What This Calculator Helps You Discuss
The same hourly intake can require a different plant when the buyer changes product, season, package or operating mode.
Front-end throughput
Hourly raw material intake helps discuss washing, sorting, crushing, pulping, pressing, buffer tanks and operator access. It does not by itself define usable product output because peel, seeds, stones, skins and fiber change yield.
Campaign and storage planning
Operating days and hours help estimate seasonal raw material demand and finished product volume. This supports early conversations about receiving, cold storage, aseptic drums, tank farm size, utilities and future expansion.
Yield and route sensitivity
Yield is a planning assumption. Juice, puree, concentrate, jam base and aseptic ingredients can have different recovery rates, clarification losses, evaporation losses and filling behavior. Mark uncertain values before sending an RFQ.
Do not omit
Capacity Data to Include in an RFQ
| Parameter | What to provide | Why it changes the line |
|---|---|---|
| Raw material | Fruit or vegetable, variety, maturity, fresh or frozen condition | Changes washing, preparation, yield and microbial risk. |
| Finished product | Juice, puree, pulp, concentrate, paste, jam base or aseptic bulk | Changes extraction, heat treatment, evaporation and filling. |
| Capacity basis | Hourly intake, operating hours, season length and future expansion | Changes tanks, utilities, staffing, layout and nameplate selection. |
| Quality data | Initial Brix, target Brix, pH, viscosity, fiber, seeds and particles | Changes pumps, screens, sterilizer, evaporator and cleaning scope. |
| Utilities and package | Steam, power, compressed air, cooling water, CIP and package format | Changes plant boundary, filling speed, installation and automation. |
Capacity decisions
How to Interpret the Estimate
The calculator is most useful when the result is treated as a discussion basis for process design, not as a promise that every hour will deliver the same output.
Hourly intake is not finished output
Raw material intake includes peel, stones, seeds, skins, trimming losses, pomace or other residues. A juice line, puree line and concentrate line can share a front end while producing different finished-product quantities.
Operating schedule changes equipment
Eight hours per day, seasonal campaigns and continuous operation create different receiving, buffer, CIP and storage requirements. State whether the target is a shift basis, daily basis, campaign basis or future expansion basis.
Peak supply needs a boundary
A peak allowance may be used to discuss future supply, but the final line should still be checked against washing, pulping, sterilizer, evaporator, filler, operator and utility bottlenecks. A single percentage cannot replace a process balance.
Use the layout early
Once capacity is estimated, place the main modules on the factory layout planner. This helps expose floor-space, maintenance, drainage, utility and product-flow constraints before a plant quotation is compared.
Scenario comparison
Compare Current, Peak and Future Capacity
Capacity planning is stronger when several realistic scenarios are compared instead of selecting one large number without a supply or product basis.
Current harvest or supply
Enter the raw material that can be supplied today, not a theoretical regional total. State the receiving season, working days, shift length and whether the plant will process fresh material continuously or campaign by campaign.
Peak harvest window
Use a peak case to discuss receiving congestion, washing capacity, buffer storage and staffing. Peak intake may require extra receiving space or longer operating hours rather than a permanently oversized sterilizer and filler.
Future product expansion
Separate future juice, puree, concentrate, jam or aseptic products from the first phase. Additional routes may need extra pulpers, refiners, tanks, evaporators, CIP circuits, filling heads or control recipes.
Buyer examples
Planning Examples to Discuss With Engineers
Use these examples to explain why a capacity result must be connected to product route and plant scope.
Juice project
A juice project may prioritize washing, pressing or extraction, clarification, deaeration, pasteurization and bottle or aseptic filling. The key capacity question is often whether receiving and extraction can keep the thermal and filling sections supplied without long holding time.
Puree project
A puree project may have lower usable yield but higher viscosity and a larger cleaning burden. Pulping, refining, vacuum deaeration, tubular heat treatment, positive-displacement pumping and aseptic bag filling should be checked against the same intake assumption.
Concentrate project
A concentrate project adds Brix balance, evaporation, cooling and often aseptic bulk packaging. Use the Brix calculator and concentrate guide alongside this capacity result before requesting an evaporator or plant quotation.
Related planning paths