Every result below has a confirmed SEAMASTER STD code and approved net price. Conductivity is only the first selection gate; final engineering still requires the full water analysis.
Approved net prices exclude VAT and transport; EXW CWG Croatia. Final technical scope requires project approval.
21 further approved KP configurations
Code, daily output, feed conductivity and net price are approved. A complete model-specific technical sheet and drawings are still needed. Hourly output, when shown, is calculated from the daily rating.
Conductivity defines the route—not the complete design.
Use a current measured value. The ppm figures below are source references and are not used as an automatic conductivity conversion.
WHL
≤ 4,400 µS/cm
2,500 ppm source reference
Maximum pressure
10 kg/cm²
Permeate reference
50 ppm
Published records
3
HL
≤ 6,000 µS/cm
3,500 ppm source reference
Maximum pressure
14 kg/cm²
Permeate reference
50 ppm
Published records
8
L
≤ 10,000 µS/cm
6,000 ppm source reference
Maximum pressure
18 kg/cm²
Permeate reference
50 ppm
Published records
8
LR
≤ 10,000 µS/cm
6,000 ppm source reference
Maximum pressure
18 kg/cm²
Permeate reference
25 ppm
Published records
6
M
≤ 15,500 µS/cm
10,000 ppm source reference
Maximum pressure
22 kg/cm²
Permeate reference
50 ppm
Published records
8
R
≤ 22,000 µS/cm
15,000 ppm source reference
Maximum pressure
31 kg/cm²
Permeate reference
50 ppm
Published records
9
LR is a product-water-quality route. It shares the 10,000 µS/cm feed limit with L but uses a 25 ppm permeate reference. Six MR records are not published because their codes and prices are missing.
WATER ANALYSIS · DUTY · PRETREATMENT
FINAL ENGINEERING INPUTS
The catalog model is the starting point.
The selected STD code must still be verified against source-water chemistry, temperature, operating schedule, required product-water quality and site interfaces.
Water chemistryHardness, alkalinity, silica, iron, manganese, turbidity, SDI, organics and microbiology.
The source confirms the specifications displayed in the catalog. These additional fields are not available for the KP line and are not inferred from adjacent models.
Average operating pressureRecommended feed-inlet pressureMinimum feed-inlet pressureBooster-pump powerMembrane configurationRecovery and reject-water flowDry and shipping massGuaranteed project performance
CATALOG GOVERNANCE
What is deliberately not shown?
The six KP-MR rows are held back because their active status, catalog codes and prices are not confirmed. No generated size/class combinations are published. KP 40 LR, KP 225 R and KP 320 R retain a visible capacity-review warning until the daily/hourly source conflict is resolved.
01How is the DESAL-BWRO KP configuration selected?
Begin with measured feed-water conductivity, then select the smallest verified hourly output that covers demand and realistic operating hours. Full chemistry, temperature, product-water target and site conditions determine the approved configuration.
02What is the difference between L and LR?
Both routes are rated up to 10,000 µS/cm. L has a 50 ppm permeate reference, while LR is the lower-residual-salinity route with a 25 ppm permeate reference in the supplied source. LR is not a higher feed-salinity class.
03Are all 48 source KP rows shown?
No. The approved price register contains 63 KP configurations with codes and prices. Detailed technical records are available for 42; the remaining 21 have dedicated documentation-status pages. Six KP-MR rows remain excluded.
04Are the displayed capacities guaranteed?
No. They are catalog values for preliminary selection. Guaranteed output, recovery and water quality require an approved proposal based on the actual water analysis and operating conditions.
05What is not confirmed in the current dataset?
Average operating pressure, recommended and minimum inlet pressure, booster-pump data, membrane configuration, recovery and dry mass are not available for the KP configurations and are not inferred on this page.
READY FOR KP CONFIGURATION REVIEW?
Send conductivity, full analysis and required output.
CWG will confirm the exact DESAL-BWRO KP model, pretreatment, recovery, power arrangement and final product-water specification.
