Anhui Cooperate Environmental Technology Co., Ltd.
The KBR-CSDS-SW50 containerized seawater desalination unit features an integrated design for instant use.
The KBR-CSDS-SW50 containerized seawater desalination unit features an integrated design for instant use. With exceptional mobility, it can be rapidly deployed to water-scarce areas such as islands and construction sites. It delivers stable and excellent water quality that meets drinking standards. Its compact footprint and high automation significantly shorten the construction cycle, making it the optimal solution for emergency and long-term water supply.
|
Model No. |
KBR-CSDS-SW50 |
|
Capacity |
50m³/day |
|
Energy Recovery Device |
V |
|
Feedwater Connection |
DN40 |
|
RO Permeate Connection |
DN25 |
|
RO Concentrate Connection |
DN32 |
|
Installed Power |
15kW |
|
Length |
6058mm |
|
Width |
2438mm |
|
Height |
2896mm |
|
Container Size |
20(ft) HQ |

The containerized seawater desalination unit features an integrated design for instant use. With exceptional mobility, it can be rapidly deployed to water- scarce areas such as islands and construction sites. It delivers stable and excellent water quality that meets drinking standards. Its compact footprint and high automation significantly shorten the construction cycle, making it the optimal solution for emergency and long-term water supply.
|
Client |
Shandong |
|
|
Item |
Feed Water |
Effluent Water |
|
Capacity (m³/d) |
200 |
100 |
|
Feed EC (us/cm) |
43500 |
< 310 |
|
Temp (°C) |
10~35 |
10~35 |
|
Model |
NA |
SW-8040-400-HR |
|
RO Feed EC |
us/cm |
46000 |
|
Feed Boron |
ppm |
3 |
|
Temp |
°C |
15-30 |
|
Start-Up Date |
- |
2025.12 |
|
Permeate Flux |
m³/h |
3.5 |
|
Recovery |
% |
40 |
|
PV Configuration |
NA |
1:1:1 |
|
Element per PV |
NA |
3 |
|
Product EC |
us/cm |
320 |
|
Product Boron |
ppm |
0.56 |
|
Salt Rejection |
% |
99.3 |
|
Boron Rejection |
% |
81 |
|
Feed Pressure |
bar |
40-50 |
The containerized seawater desalination unit features an integrated design for instant use. With exceptional mobility, it can be rapidly deployed to water-scarce areas such as islands and construction sites. It delivers stable and excellent water quality that meets drinking standards. Its compact footprint and high automation significantly shorten the construction cycle, making it the optimal solution for emergency and long-term water supply.
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