起源の場所:
中国
ブランド名:
DUBHE
証明:
ISO
モデル番号:
LP-8040-365FR
私達に連絡しなさい
For more accurate membrane product selection and performance prediction, it is essential for customers to conduct at least one comprehensive chemical analysis of the feed water. Ideally, multiple rounds of water composition analysis should be performed over an extended period, especially in cases where abrupt changes in water quality are likely. Historical trends in membrane system performance parameters are highly valuable, particularly for surface water sources, which may exhibit seasonal variations due to events such as spring runoff or lake/pond turnover. Frequent changes—including heavy rainfall or even wind, which can stir up sediments in lakes or ponds—may affect surface water quality and lead to fluctuations in feed turbidity. In general, the more existing and historical data available for analysis, the better the overall system design can be optimized.
|
Membrane type
|
Membrane Model
|
Stable Salt Rejection%
|
Minimum Salt Rejection%
|
Average Water ProductionGDP(M3/d)
|
Membrane area ft2(m2)
|
Feed Spacer (mil)
|
Test condition
|
||
|
Test Pressure psi(bar)
|
Test Solution Concentration nacl(ppm)
|
Recovery Rate%
|
|||||||
|
Ultra-Low Pressure Reverse Osmosis
|
ECO1-8040
|
99.0
|
98.5
|
10500(39.7)
|
400(37.2)
|
28
|
100(6.9)
|
500
|
15
|
|
ECO1-4040
|
99.0
|
98.5
|
2600(9.8)
|
93(8.6)
|
28
|
||||
|
ECO2-8040
|
99.0
|
98.5
|
11000(41.6)
|
440(41.0)
|
28
|
||||
|
ECO2-4040
|
99.0
|
98.5
|
2800(10.5)
|
103(9.6)
|
28
|
||||
|
Ultra-Low Pressure Reverse Osmosis
|
LPO1-8040
|
99.3
|
99.0
|
11000(41.6)
|
400(37.2)
|
32
|
150(10.3)
|
1500
|
15
|
|
LPO2-8040
|
99.3
|
99.0
|
11500(43.5)
|
420(39.0)
|
30
|
||||
|
LPO3-8040
|
99.3
|
99.0
|
12000(45.4)
|
440(41.0)
|
28
|
||||
|
LPO1-4040
|
99.3
|
99.0
|
2500(9.5)
|
93(8.6)
|
28
|
||||
|
LPO2-4040
|
99.3
|
99.0
|
2600(9.8)
|
103(9.6)
|
28
|
||||
|
LPO1-8040HR
|
99.5
|
99.3
|
10000(37.8)
|
400(37.2)
|
32
|
||||
|
LPO2-8040HR
|
99.5
|
99.3
|
10500(39.7)
|
420(39.0)
|
30
|
||||
|
LPO3-8040HR
|
99.5
|
99.3
|
11000(41.6)
|
440(41.0)
|
28
|
||||
|
Low-Pressure (Brackish Water) Reverse Osmosis Membrane
|
PRO1-8040
|
99.5
|
99.3
|
10500(39.7)
|
400(37.2)
|
32
|
225(15.5)
|
2000
|
15
|
|
PRO2-8040
|
99.5
|
99.3
|
11000(41.6)
|
420(39.0)
|
30
|
||||
|
PRO3-8040
|
99.5
|
99.3
|
11500(43.5)
|
440(41.0)
|
28
|
||||
|
PRO1-4040
|
99.5
|
99.3
|
2500(9.5)
|
93(8.6)
|
28
|
||||
|
PRO2-4040
|
99.5
|
99.3
|
2600(9.8)
|
103(9.6)
|
28
|
||||
|
Low-Pressure (Brackish Water) High-Rejection Reverse Osmosis Membrane
|
PRO1-8040HR
|
99.7
|
99.5
|
9500(36.0)
|
400(37.2)
|
32
|
|||
|
PRO2-8040HR
|
99.7
|
99.5
|
10000(37.8)
|
420(39.0)
|
30
|
||||
|
PRO3-8040HR
|
99.7
|
99.5
|
10500(39.7)
|
440(41.0)
|
28
|
||||
|
PRO1-4040HR
|
99.7
|
99.5
|
2000(7.6)
|
93(8.6)
|
28
|
||||
|
PRO2-4040HR
|
99.7
|
99.5
|
2100(8.1)
|
103(9.6)
|
28
|
||||
Notes:
a. The maximum temperature for continuous operation at pH above 10 is 95 °F (35 °C).
b. Under certain conditions, free chlorine and other oxidizing agents may cause premature membrane failure. Since damage from oxidation is not covered under warranty, it is recommended that customers remove residual chlorine through pretreatment prior to membrane contact.
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