| Model | Active Membrane | Permeate flow | Stable Rejecion | Feed Spacer |
|---|---|---|---|---|
| Area ft2(m2) | GPD(m3/d) | Rate % | Thickness Mil | |
| XLP12-8040 | 400（37.2） | 12800（48.4） | 99.2 | 28 |
| XLP11-4040 | 100（9.3） | 2600（9.8） | 99.2 | 28 |
Vonmtron-XLP
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XLP Series: Extremely Low Pressure RO Element
Brief Introduction
XLP series (extremely low pressure) aromatic polyamide RO element is developed by VONTRON for treatment of surface water and underground water. Its operation pressure is about 1/2 of low pressure membrane, and the rejection rate can reach 98%. Thus it can reduce the investment cost of related pumps, pipelines, containers and other equipments and the operation cost of reverse osmosis system, improve economic benefits.
Scope of Application
XLP series RO element normally suitable for treatment of surface water, underground water and municipal water with TDS is less than 1000 ppm, It is especially suitable for the second pass of two-pass RO system. It is mainly applied in bottle water, drinking water, boiler replenishment water, food processing and pharmaceutical manufacturing industries and other fields.
Specifications and Major Properties
Description
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Application Areas
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LP Series: Low-Pressure RO Element
Brief Introduction
LP series (low pressure) aromatic polyamide RO element is developed by VONTRON for treatment of brackish water. It has the characteristics of low pressure in operation, high permeate flow, and excellent rejection performance in removing solvable salts, TOC, SiO2, etc. It is especially suitable for the preparation of high-purity water in the electronics and power industry.
Scope of Application
LP series is normally suitable for treatment of brackish water, surface water, underground water and municipal water with TDS is less than 10000 ppm. It is mainly used for producing various scales of bottle water, drinking water, industrial used pure water, high purity water, boiler replenishment water, also for wastewater reuse, material concentration, purification and refining purposes.
Specifications and Major Properties
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