Comparison
60 BPM vs 90 BPM Mineral Water Plant: Upgrade Path Comparison
Brands that have outgrown their 60 BPM line ask this question constantly. Here is when the 90 BPM upgrade pays back, and when it doesn't.
| Specification | 60 BPM Plant | 90 BPM Plant |
|---|---|---|
| Output (BPH) | 3,600 | 5,400 |
| Output per 8-hour shift (80% eff.) | ~26,000–29,000 | ~38,000–43,000 |
| Power load | 40–50 kW | 60–75 kW |
| Footprint | 3,000–4,000 sq.ft. | 4,500–5,500 sq.ft. |
| RO configuration | 1000 LPH single-pass | 1500 LPH twin-pass + EDI option |
| RFC monoblock | 32-12-8 (linear/rotary) | 36-12-8 rotary |
| Distribution radius | 200–300 km | State-wide / inter-state |
| Modern trade fit | Yes | Yes (premium) |
| Manpower / shift | 6–8 | 7–9 |
Our verdict
Move to 90 BPM when your 60 BPM line is running > 18 hours a day at > 85% OEE, that is the demand signal. Moving earlier just adds capex without ROI. Upgrade also makes sense if you're entering modern trade with multiple SKU formats.
Frequently asked
Is the 90 BPM line worth the extra capex over 60 BPM?+
Only if you are demand-constrained. Per-bottle capex on the 90 BPM is about 20% lower than 60 BPM, but only if you actually run the line at 70%+ utilisation.
Still deciding?
Talk to one of our engineers and we will match the right configuration to your business.
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