What enters the rated step?
Raw chili, trimmed chili, pulp, formulated batch, or finished sauce.
Selection & capacity
Size a chili sauce production line from saleable output.
A capacity figure is useful only when it says what material, at what point, for what duration, under which operating conditions, with which losses and cleaning windows.
Capacity basis
Make every capacity number carry its conditions.
What counts as accepted product?
Gross flow, transferred mass, filled units, or saleable packaged output.
What period is represented?
Instantaneous rating, batch average, sustained run, shift, day, or annual campaign.
What product and utility state applies?
Recipe, density, viscosity, temperature, particle load, utilities, labor, and packaging.
Capacity brief calculator
Convert a packaging target into traceable planning rates.
This browser-only calculator uses only values you enter. It does not transmit or store them, choose equipment, or promise capacity. Use representative product trials and a balanced-line study to replace each assumption.
Planning output
Enter your own basis to calculate saleable mass, running pack rate, accepted product rate, and gross input requirement.
Sizing sequence
Work backward from saleable packs.
- Demand: define pack mix, units per period, campaign pattern, and service level.
- Product: convert with stated density and yield assumptions; separate recipes and rejects.
- Packaging: model sustained filler, closer, inspection performance and changeovers.
- Processing: model batch cycles or continuous balance, buffers, hold and cleaning.
- Utilities: check simultaneous peak and recovery, not only average demand.
- Acceptance: define the test product, duration, measurement points, calculation, and tolerances.
Bottleneck review
| Potential constraint | Evidence to request | Common ambiguity |
|---|---|---|
| Preparation | Raw condition, reject load, cleaning and trim labor, sustained feed test | Nameplate on ideal raw material |
| Cooking or heat treatment | Usable volume, recipe, cycle, heat-up, hold and cool basis, fouling allowance | Vessel size presented as hourly output |
| Transfer | Representative viscosity, particles, temperature and pressure-drop basis | Water test used as product capacity |
| Filling | Container, volume, product, temperature, particle, closure and inspection basis | Peak mechanical speed presented as saleable output |
| Cleaning | Circuit sequence, time, changeovers, chemical and utility recovery | Cleaning window excluded from shift output |
Heat & utility estimate
Publish the calculation boundary before the energy number.
Theoretical sensible heat
Q = mass × specific heat capacity × temperature change
This is one theoretical term, not total line energy or steam consumption.A useful estimate adds equipment warm-up, heat loss, evaporation where applicable, cleaning, cooling, simultaneous demand, recovery, boiler or thermal-system performance, and the actual steam-to-condensate enthalpy basis. Then compare the estimate with metering, condensate, or trial data. FAO process-engineering guidance likewise distinguishes theoretical heat balance from measured steam use. FAO heat-balance guidance
Do not guess a size
Prepare the inputs