China Beverage Machinery
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Carbonated Water Solution
Sparkling Water Bottling Line for PET, Glass and Cans
A sparkling water project connects mineral or treated water quality with deaeration, chilling, carbonation, pressure transfer, container-specific filling and finished-pack handling. Package choice and dissolved CO2 stability should be defined before a filler is selected.
Plan the product path before selecting isolated machines
The process is simpler than a flavored soft drink line only when no syrup or functional ingredients are added. It still needs a controlled cold product path, sanitary buffer strategy and a filler that matches the selected bottle or can.
The quotation should separate still-water capability from sparkling-water duty. Carbonation level, product temperature, elevation changes, line stops and warm-container handling can all change foaming, fill level and saleable output.
Modules to define in the quotation
Each proposal should identify included equipment, options, buyer-supplied items, utility battery limits, controls interfaces and acceptance responsibility.
Water treatment boundary
Provide a raw-water analysis and the finished-water specification. Treatment capacity must include product, rinsing, CIP and realistic recovery rather than only nominal filler output.
Carbonation preparation
Define target CO2 range, product temperature and the required control method. A stable cold supply reduces foaming and makes filler performance easier to evaluate.
Pressure-rated product path
Tanks, pumps, piping, valves and instruments between the carbonator and filler must preserve pressure and temperature through normal starts and stops.
Container-specific filling
PET, glass and cans use different transfer, filling and closure systems. Submit drawings and samples for every package and closure in the launch plan.
Post-fill handling
Review bottle warming, condensation, label adhesion, coding and pack material. Cold containers can create downstream problems even when filling is stable.
Line controls
The carbonator, filler and conveyors should exchange permissives, speed states and stop conditions so product does not warm or overcarbonate during interruptions.
Information that changes the line configuration
Use one structured data set for every supplier so quotations can be compared on the same product, package, capacity and factory duty.
| Decision area | What the buyer should provide | Engineering impact |
|---|---|---|
| Water and product | Raw-water report, finished-water target, mineral additions and carbonation range. | Defines treatment, blending and carbonation scope. |
| Container matrix | PET, glass or can drawings, volumes, neck or end specification and tolerances. | Defines filler, closure and handling equipment. |
| Output | Required saleable packs per hour for every size and pack format. | Supports balanced line sizing rather than nameplate comparison. |
| Temperature | Chilled product target, ambient conditions and acceptable package discharge temperature. | Changes cooling, foaming and condensation controls. |
| Utilities | Water, power, compressed air, cooling capacity, CO2 supply and drainage. | Defines the complete utility package and battery limits. |
| Acceptance | CO2, fill level, closure, reject, run-duration and changeover checks. | Creates a measurable FAT and site acceptance plan. |
Resolve these questions before freezing the equipment list
PET, glass or can
Compare package supply, carbonation pressure, closure, labeling, secondary packing, local recycling and distribution conditions before selecting machinery.
Still and sparkling on one line
A shared line needs a written product matrix, pressure and cleaning modes, changeover sequence and performance target for both duties.
Chiller and carbonator sizing
Size from peak product flow, incoming water temperature, line stops and production schedule, not only the average daily volume.
Condensation management
Review warmer duty, air movement, label stock and packing material when cold filled containers enter a warm or humid packing area.
Send these project inputs
- Raw-water analysis and finished-water specification
- Target CO2 range and filling temperature
- Container, closure, label and pack drawings
- Saleable output by SKU
- CO2 source and utility conditions
- Factory layout and elevation changes
- Required inspection and coding
- Destination, timeline and acceptance method
Verify these handover points
- Water quality checks at agreed points
- Stable product temperature and carbonation
- Recorded fill level and closure results
- Controlled restart after planned line stops
- Label and pack performance without excess condensation
- P&IDs, recipes, manuals and spares handed over
Questions buyers ask before quotation
Is sparkling water filled on a normal water filler?
Sparkling water normally requires pressure-compatible filling and a cold, carbonated product path. A still-water gravity filler should not be assumed suitable.
Can one line fill both sparkling and still water?
It may be possible when the filler design, product routing, controls, cleaning and output requirements are reviewed for both products.
Why does sparkling water foam during filling?
Product temperature, dissolved gas, pressure balance, container condition and transfer disturbances can contribute. The whole cold process path should be checked.
What is needed for a quotation?
Send water data, carbonation target, package drawings, output by SKU, utilities, factory layout, destination and desired packing format.
Related equipment and buyer resources
Turn product and factory data into a comparable line scope
Send beverage type, validated process, container drawings, saleable output, utilities, factory dimensions, destination, budget range and purchase timeline.