Batch or continuous
Compare campaign length, recipe frequency, hold points, traceability, buffer capacity, cleaning frequency, and packaging demand.
Configuration logic
Small, batch, and continuous chili sauce line configurations.
Batch, continuous, smooth, chunky, fermented, and hot-filled are not six interchangeable equipment packages. They describe different decisions that must be resolved together.
Configuration map
Start with four axes.
Smooth or particulate
Define viscosity at temperature, free liquid, suspended solids, fibers, seed load, and maximum representative particle.
Product-specific controls
Fresh, fermented, cooked, hot-filled, retorted, aseptic, refrigerated, and frozen products require different evidence and responsibilities.
Container and closure
Container material, neck or fitment, closure, fill condition, headspace, cooling, inspection, and secondary handling shape the upstream line.
Configuration briefs
| Route | Usually prioritizes | Questions that remain open |
|---|---|---|
| Smooth cooked sauce | Consistent dispersion, controlled heating, low hold-up, fill stability | Particle target, deaeration, batch/continuous route, preservation authority, pack |
| Visible-particle sauce | Gentle transfer and verified passages through every restriction | Representative particle, settling, valve/nozzle geometry, inspection method |
| Fermented base finishing | Defined incoming mash, corrosion compatibility, gas and odor controls, downstream stabilization | Fermentation responsibility, salt/acidity, screening, storage, final market classification |
| Dense chili paste | Torque, heat-transfer behavior, agitation selection, short transfer paths | Viscosity method, temperature basis, oil/solids, burn-on risk, filling mechanism |
Small and modular lines
Small-scale describes a demand pattern—not a shortcut around process evidence.
| Planning route | Useful when | Design questions to settle |
|---|---|---|
| Pilot or product-development cell | Recipes, texture, package, or preservation route are still being tested | Scale-up method, representative shear and heating, sample plan, safe operating boundary |
| Small modular batch line | Campaigns are shorter, recipes change, and a staged expansion is realistic | Manual handling, usable vessel volume, cleaning time, labor, transfer and filler balance |
| Multi-vessel batch line | Preparation, cooking, filling, or cleaning can overlap between controlled lots | Buffer logic, lot identity, utility peaks, valve routing, cross-contact and release status |
| Continuous line | Feed, formulation, demand, packaging, and validated operating conditions are stable | Start-up diversion, residence distribution, balanced sustained capacity, shutdown and campaign CIP |
For every option, compare saleable output, people, utilities, cleaning, changeovers, quality holds, waste, floor space, and future expansion on the same basis. A compact footprint can still require a full food-safety and acceptance plan.
Batch
Useful when recipes and hold points change.
Batch processing can support flexible sequencing, deliberate additions, sampling, and defined lots. Its real output depends on usable vessel volume, fill/heat/hold/cool/discharge time, cleaning, changeovers, staffing, and downstream availability.
Continuous
Useful when the product and demand are stable.
Continuous processing can reduce repeated batch transitions, but it needs stable feeds, controlled residence conditions, balanced upstream/downstream capacity, diversion logic, start-up and shutdown plans, and a cleaning strategy that matches campaigns.
Configuration deliverable
Create the configuration brief