Tapurim Series:Nanofiltration Element for Municipal Water Application

 

Brief Introduction

Organics, microbes, viruses and most of metal ions with two or higher valence can be filtered by Tapurim Series NF element, while sodium, potassium, calcium, magnesium ions, etc. can be retained in the permeated water.

TAPU-LS Element is designed primarily for removal of organics while keeping most of the monovalent ions retained in the permeated water, and is applicable to removal of organics and inorganics from raw water with low salinity.

TAPU-MS Model has higher rejection rate of monovalent ions while maintaining a proper rejection rate of organics, which is applicable to the removal of organic and inorganic matters in mid-salinity raw water.

TAPU-HS has a rejection rate at 80-85% for chlorides, applicable to the rejection of organic and inorganic matters in mid and high-salinity raw water

Product features

* This membrane element is developed by utilizing the technology of controllable porosity formation in separation layers, and is designed for waters with middle and high salinity to meet the requiremets of healthy drinking water.
* The use of brand-new LD (low pressure difference) 34-mil feed channel spacer improves the fouling resistance while reducing the energy consumption.
* The entire series of elements have been officially authorized by “Hygine Permit for Products Related to Drinking Water Hygiene Safety”, thus ensuring the safety of membrane element application. 

Specifications and Major Properties

 

 

Model

Active Membrane

Area

ft2(m2)

Permeate flow

GPD(m3/d)

Stable Rejecion

Rate

%

Rejection Rate of

TOC

TAPU-LS

40037.2

1200045.4

95

90

TAPU-MS

40037.2

900034.1

95

90

TAPU-HS

40037.2

800030.3

95

90

 

* Product performance may vary under different conditions, and the information on this website is for reference only and is not to be relied upon as a guarantee of performance in actual applications. It is the responsibility of the users to determine whether the products and information on this website are suitable for the settings in which they are used and to ensure that the products are used in a manner consistent with applicable laws and regulations. Vontron assumes no obligation or responsibility for the information on this website and is not responsible for any consequences arising from the use and maintenance of the products by the users not in accordance with the conditions provided in this sample. Due to technical progress and product replacement, product information and data may change at any time without prior notice. Please pay attention to the latest product information.