Capacity configuration
18000BPH Bottled Water Filling Line
An 18000BPH bottled water filling line needs coordinated bottle supply, filling, labeling, packing and pack removal. At the reference rate, 300 bottles reach downstream equipment every minute. Select the whole operating duty, including recovery after short stops, rather than treating the filler speed as finished-product output.
Project fit
Who This Capacity Is For
Consider this range when verified orders, utilities and downstream handling support sustained industrial production.
- A plant whose required good output exceeds a verified 10000BPH production schedule.
- A project with a defined launch-format matrix and coordinated automatic packing.
- A buyer able to provide site utilities, dispatch routes and complete-line acceptance requirements.
Recommended Configuration
| Main filling machine | Still-water rinsing, filling and capping monoblock; head counts selected from approved formats and required output. |
|---|---|
| Water type | Purified water, mineral water or other non-carbonated bottled water |
| Bottle handling | Air conveyor for empty PET bottles and flat conveyor for filled bottles |
| Labeling | Sleeve, OPP or adhesive labeling according to packaging design |
| Packing | Shrink wrapping, carton packing or other market-specific packing option |
| Line layout | Requires detailed plant layout, equipment access zones and material logistics planning |
Typical Technical Parameters
| Target capacity | 18000BPH for suitable PET bottle size and stable utilities |
|---|---|
| Bottle volume | Confirm each launch bottle by drawing/sample, closure, handling dimensions and tested format-specific output. |
| Bottle neck | Customized according to neck finish and cap size |
| Filling method | Gravity or micro-negative pressure filling for still water |
| Control system | PLC and touch screen control, configured by project requirements |
| Power and air | Defined after confirming monoblock model, labeler type, packer and conveyor lengths. Utility design should include stable air pressure, water supply and cap handling requirements |
| Operators | Define staffing from actual replenishment, quality, changeover and finished-pack handling tasks. |
Convert 18000BPH Into Downstream Requirements
These are calculations at the nominal reference rate, not promised performance. The bottle and pack must be approved before machinery is selected.
Convert 18000BPH Into Downstream Requirements - Planning Table
| Quantity | Result | Boundary |
|---|---|---|
| Bottle flow | 300 bottles/minute | Sustained output must be confirmed at the agreed quality level. |
| 12-bottle packs | 25 packs/minute | Labeler, packer and pack discharge need compatible sustainable and recovery duties. |
| 24-bottle packs | 12.5 packs/minute | A different pack changes collation and handling, not just the arithmetic. |
| 500ml product water | 9,000 L/hour inside bottles | Excludes other process and treatment demand. |
| Illustrative good shift | 18,000 x 7 x 0.80 = 100,800 bottles | Seven production hours and an 80% factor are example assumptions. |
Design Short-Stop Recovery Around Usable Accumulation
At 300 bottles/minute, a 30-second downstream stop adds 150 bottles if the filler continues running. That needs 150 free accumulation positions in the idealized example, not merely a conveyor labeled as holding 150 bottles. Occupied space cannot absorb new arrivals. A downstream recovery rate of 360 bottles/minute provides only 60 bottles/minute of surplus, taking 2.5 minutes to clear that backlog under uninterrupted conditions.
- Agree normal occupancy, transfer behavior and the stop-propagation logic.
- Test recovery with the real bottle, pack and packaging material; do not use a no-load maximum.
- Review the <a href="/bottled-water-line-conveyor-buffer-design/">buffer design guide</a> before fixing conveyor length.
Include Material Supply and Pack Removal in the Line Test
The limiting operation may be outside the filler. Ask for a timed record covering the complete flow and ordinary replenishment. A test with unlimited materials already staged beside each machine does not represent every operating shift.
Include Material Supply and Pack Removal in the Line Test - Planning Table
| Station | What to define | What to record |
|---|---|---|
| Bottle and cap supply | Reference format, feeding method and replenishment procedure. | Starved conditions, damaged containers and restart checks. |
| Labeling and coding | Approved material, placement, code and inspection/reject method. | Good labeled/coded bottles, replenishment stops and rejects. |
| Packing | Pack pattern, material and allowed recovery duty. | Good packs leaving the packer and time spent blocked. |
| Pallet and dispatch interface | Stacking pattern, pallet availability and removal route. | Whether finished goods restrict the line during a normal material-handling cycle. |
Validate Utilities With Simultaneous Production Demand
Request pressure, flow and quality at the point of use rather than an isolated compressor or pump nameplate. Separate service air from blowing air when a blower is supplied. Record connected electrical load, operating demand and any label/pack tunnel or cooling requirements. Cleaning schedules and shared plant loads can change what is available to the line.
- Link utility connections to the <a href="/bottled-water-filling-line-layout/">approved layout</a>.
- Do not size treatment solely from the 9,000 L/hour of water entering 500ml bottles.
- Name the owner of each new machine, retained system and connecting pipe/cable in the <a href="/bottled-water-filling-line-equipment-list/">equipment register</a>.
Compare 10000BPH and 24000BPH Before Committing
Use the order schedule to establish why 18,000BPH is needed. A 10000BPH line may cover the demand with a different operating plan; a 24000BPH line adds nominal capacity only when supplies, packing, utilities and dispatch support it. Compare the same SKU matrix and scope-defined installed cost, not unlike quotations.
Request an 18000BPH Complete-Line Acceptance Proposal
Send bottle/closure drawings, good-output requirement, label and pack details, production hours, utility data and destination. Specify a count point, test duration, quality criteria, allowed interruptions and responsibility for unresolved issues. Request an 18000BPH configuration with a coordinated test plan and documented exclusions.
Buyer questions
Questions Buyers Ask Before Quotation
How many 12-bottle packs per minute does 18000BPH require?
The nominal requirement is 25 packs per minute before losses. A packer that sustains less than this rate limits the bottle flow. Include recovery and ordinary replenishment in the agreed duty.
How much free accumulation covers a 30-second stop?
At 300 bottles/minute, the idealized requirement is 150 free positions. Normal occupancy, transfer behavior and bottle stability change the installed arrangement, while downstream surplus rate determines how quickly the buffer can recover.
Does 18000BPH require one specific monoblock model?
No. Select the rinsing, filling and capping arrangement from the product, approved bottle/closure and output basis. A generic head-count example is not evidence of the correct machine for your project.
Is 9000 L/hour enough for water treatment at 500ml?
That is only the product inside bottles at 18,000BPH. Account separately for rinse, cleaning, treatment recovery, storage and coincident demand before specifying raw-water input or treatment duty.
What should the supplier demonstrate beyond filler speed?
Request format-specific good-pack output, quality results, replenishment behavior, short-stop recovery and clear integration responsibilities. A brief filler-speed display does not validate a complete operating line.
Request a 18000BPH Configuration Review
Send bottle size, cap type, label type, packing method and workshop details. We will check whether 18000BPH is the right planning capacity before quotation.