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Kennedyplatz 1,
50569 Cologne,
Germany
T: +49 (0)221-8885-8558
E: lewabrane@lanxess.com

LANXESS is a major global solution provider for liquid purification, with a leading position in ion exchange resins and a strong commitment to its reverse osmosis (RO) membrane business. We have more than 75 years of experience in water treatment and purification applications. Lewabrane® RO membrane elements are available for all water types, such as seawater, brackish water, and low-salinity water, for use in industrial and potable water applications. Since market entry in 2012, tens of thousands of RO elements have been installed worldwide. LANXESS manufactures its membrane elements in a modern production plant in Bitterfeld, Germany, and is the only Western European producer in the market. Apart from a unique polyamide membrane chemistry, which provides the user with stable salt rejection and flow performance at changing feed conditions, a novel feed spacer technology has been implemented. The alternating strands design (ASD) offers a feed channel with improved feed water distribution and lower fouling tendencies. All Lewabrane® products are compliant with NSF/ANSI Standard 61. The comprehensive design software LewaPlus® can calculate Lewabrane® RO and Lewatit® ion exchange (IX) arrays within the same software platform. It allows the designer to simultaneously optimize both the RO and IX configuration, which is unique in the industry.


Selected References: Membrane supplier

  • Bursa, Turkey 2016 14,400 m³/d RO
  • Frankfurt/Main, Germany 2016 3,600 m³/d RO
  • Xalostoc, Mexico 2016 2,180 m³/d RO
  • Gedebey, Azerbaijan 2016 2,160 m³/d RO
  • Jakarta, Indonesia 2016 1,560 m³/d RO
  • Sao Paulo, Brazil 2016 1,440 m³/d RO
  • Ixtlahuacan, Mexico 2016 1,090 m³/d RO
  • Veracruz, Mexico 2016 1,000 m³/d RO
  • Gorontalo, Indonesia 2016 936 m³/d RO
  • Surabaya, Indonesia 2016 840 m³/d RO
  • Chennai, India 2016 800 m³/d RO
  • Tampico, Mexico 2015 13,824 m³/d RO
  • Triunfo, Brazil 2015 10,800 m³/d RO
  • Shchekino, Russia 2015 7,800 m³/d RO
  • Fushan, China 2015 7,680 m³/d RO
  • Alexandria, Egypt 2015 5,760 m³/d RO
  • Gumi, South Korea 2015 5,300 m³/d RO
  • Manzhouli, China 2015 4,800 m³/d RO
  • Perth, Australia 2015 4,000 m³/d RO
  • Bratislava, Slovakia 2015 3,000 m³/d RO
  • South East, United States of America 2015 2,180 m³/d RO
  • Ploiesti, Romania 2015 2,040 m³/d RO
  • Houston, United States of America 2015 1,706 m³/d RO
  • Wiesbaden, Germany 2015 1,440 m³/d RO
  • Lippendorf, Germany 2015 1,200 m³/d RO
  • Glogow, Poland 2015 1,200 m³/d RO
  • Alexandria, Egypt 2015 750 m³/d RO
  • Haiphong, Vietnam 2015 720 m³/d RO
  • Trujillo, Peru 2015 720 m³/d RO
  • Hurghada, Egypt 2015 600 m³/d RO
  • Bursa, Turkey 2015 600 m³/d RO
  • Hurghada, Egypt 2015 500 m³/d RO
  • Sharm El Sheik, Egypt 2015 500 m³/d RO
  • Czarna Woda, Poland 2015 480 m³/d RO
  • Tiruppur, India 2015 480 m³/d RO
  • Surat, India 2015 240 m³/d RO
  • Bratislava, Slovakia 2014 16,200 m³/d RO
  • Huhehaote, China 2014 8,640 m³/d RO
  • Ningxia, China 2014 8,400 m³/d RO
  • Pancevo, Serbia 2014 7,200 m³/d RO
  • Sydney, Australia 2014 6,000 m³/d RO
  • Ansan, South Korea 2014 4,750 m³/d RO
  • Pingxiang, China 2014 4,320 m³/d RO
  • Wuhai, China 2014 4,032 m³/d RO
  • Australia 2014 3,600 m³/d RO
  • Pyeongtaek, South Korea 2014 3,400 m³/d RO
  • Taiyuan, China 2014 2,400 m³/d RO
  • Lingfeng, China 2014 2,400 m³/d RO
  • Changzhou, China 2014 2,400 m³/d RO
  • Shenzhen, China 2014 2,400 m³/d RO
  • Qingdao, China 2014 1,920 m³/d RO
  • Tampico, Mexico 2014 1,728 m³/d RO
  • Texas, United States of America 2014 1,500 m³/d RO
  • Wuhan, China 2014 1,440 m³/d RO
  • Shanghai, China 2014 1,200 m³/d RO
  • Nava, Mexico 2014 1,008 m³/d RO
  • Shenzhen, China 2014 1,000 m³/d RO
  • Ain Sukhna, Egypt 2014 960 m³/d RO
  • Nanjing, China 2014 960 m³/d RO
  • Maryland, United States of America 2014 950 m³/d RO
  • Jacksonville, United States of America 2014 681 m³/d RO
  • Chennai, India 2014 600 m³/d RO
  • Japan 2014 288 m³/d RO
  • Australia 2013 7,920 m³/d RO
  • Chemnitz, Germany 2013 2,880 m³/d RO
  • Nizhnekamsk, Russia 2013 2,448 m³/d RO
  • Bad Köstritz, Germany 2013 2,400 m³/d RO
  • Beijing, China 2013 2,400 m³/d RO
  • Florida, United States of America 2013 2,270 m³/d RO
  • Shandong, China 2013 1,920 m³/d RO
  • Cabo de Santo Agostinho, Brazil 2013 1,680 m³/d RO
  • Shandong, China 2013 1,440 m³/d RO
  • Shanghai, China 2013 1,296 m³/d RO
  • Lima, Peru 2013 1,080 m³/d RO
  • Nagda, Madhya Pradesh, India 2013 760 m³/d RO
  • Shanghai, China 2013 720 m³/d RO
  • Lebork, Poland 2013 480 m³/d RO
  • Shanghai, China 2013 480 m³/d RO
  • Jiangxi, China 2013 432 m³/d RO
  • Texas, United States of America 2013 380 m³/d RO
  • Shanghai, China 2013 360 m³/d RO
  • Newcastle, South Africa 2013 312 m³/d RO
  • Hangzhou, China 2013 288 m³/d RO
  • Alabama, United States of America 2013 270 m³/d RO
  • Jedlicze, Poland 2013 240 m³/d RO
  • Australia 2013 240 m³/d RO
  • Suzhou, China 2013 240 m³/d RO
  • Shanghai, China 2013 240 m³/d RO
  • Jiangxi, China 2013 192 m³/d RO
  • Lanzhou, China 2013 192 m³/d RO
  • Shanghai, China 2013 144 m³/d RO
  • Suzhou, China 2013 120 m³/d RO
  • Shanghai, China 2013 96 m³/d RO

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