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Toray Membrane offers expertise across the entire spectrum of high-performance water treatment membranes, including Reverse-Osmosis (RO), Nanofiltration (NF), Ultrafiltration (UF), Microfiltration (MF) membrane elements, Membrane Bioreactor (MBR) membrane modules, complementary membrane related products such as high performance reverse osmosis ROPUR-RPI® antiscalants. ROMEMBRA® and CSM® Toray Group RO Membrane: Toray first began producing Reverse Osmosis and Nanofiltration spiral wound membrane elements in 1967, starting with cellulose acetate membrane elements. Today, our product line includes a full range of state-of –the –art cross-linked polyamide composite membranes manufactured under ISO-9001 certification. TORAYFIL® Toray Group UF/MF Membrane: Toray’s PVDF hollow fiber membrane module effectively removes suspended solids and microorganisms such as pathogens, when used for various types of water treatment. This innovative membrane module was developed with polymer science and the membrane fabrication technologies accumulated in Toray Industries, Inc. for more than 30 years. MEMBRAY® Toray Group MBR Membrane: Toray’s Membrane Bioreactor (MBR) process is a combination of biological wastewater treatment and membrane filtration. Biodegradable pollution is reduced using bacteria and microorganisms. Following biological treatment, the activated sludge is separated from the treated water by a microfiltration membrane.


Selected References: Membrane Supplier

  • Mining Energy Project, China 2018, 4,950 m³/d RO
  • Mining Group Project, China 2018, 3,780 m³/d RO
  • BOT Project, China 2018, 3,075 m³/d RO
  • Heat & Power Plant, China 2018, 1,771 m³/d RO
  • Power Plant, China 2018, 1,425 m³/d RO
  • Energy Company Project, China 2018, 1,233 m³/d RO
  • Microelectronic Company, China 2018, 1,200 m³/d RO
  • Food and Beverage Plants, China 2018, 1,045 m³/d RO
  • Power Plant, China 2018, 840 m³/d RO
  • Waste Water Project, China 2018, 792 m³/d RO
  • Steel Plant, China 2018, 756 m³/d RO
  • Countryside Water treatment, China 2018, 700 m³/d RO
  • Environment Protection Co., Ltd, China 2018, 630 m³/d RO
  • Power Plant, China 2018, 597 m³/d RO
  • Steel Plant, China 2018, 450 m³/d RO
  • Textile Plant, China 2018, 415 m³/d RO
  • Power Plant, China 2018, 367 m³/d RO
  • Power Plant, China 2018, 324 m³/d RO
  • Microelectronic Company, China 2018, 252 m³/d RO
  • Chemical Plant, China 2018, 222 m³/d RO
  • Jubail , Saudi Arabia 2017, 90,000 m³/d RO
  • Chengdu, China 2017, 48,000 m³/d RO
  • China 2017, 37,783 m³/d RO
  • Akhal Valayat, Turkmenistan 2017, 36,000 m³/d RO
  • China 2017, 25,401 m³/d RO
  • China 2017, 25,401 m³/d RO
  • Icheon, South Korea 2017, 16,500 m³/d RO
  • China 2017, 13,178 m³/d RO
  • China 2017, 12,852 m³/d RO
  • Hefei, China 2017, 12,000 m³/d RO
  • Icheon, South Korea 2017, 11,000 m³/d RO
  • 2017, 10,000 m³/d RO
  • Wuhan, China 2017, 8,300 m³/d RO
  • Hefei, China 2017, 8,000 m³/d RO
  • Hwaseong, South Korea 2017, 8,000 m³/d RO
  • South Korea 2017, 6,000 m³/d RO
  • China 2017, 5,443 m³/d RO
  • China 2017, 5,365 m³/d RO
  • China 2017, 5,140 m³/d RO
  • China 2017, 5,140 m³/d RO
  • Philippines 2017, 5,000 m³/d RO
  • South Korea 2017, 5,000 m³/d RO
  • China 2017, 3,628 m³/d RO
  • China 2017, 3,628 m³/d RO
  • China 2017, 2,577 m³/d RO
  • China 2017, 2,577 m³/d RO
  • Buenos Aires, Argentina 2017, 2,500 m³/d RO
  • Indonesia 2017, 2,238 m³/d RO
  • Indonesia 2017, 2,238 m³/d RO
  • South Korea 2017, 2,000 m³/d RO
  • China 2017, 1,958 m³/d RO
  • China 2017, 1,958 m³/d RO
  • China 2017, 1,864 m³/d RO
  • China 2017, 1,864 m³/d RO
  • Malaysia 2017, 1,700 m³/d RO
  • South Korea 2017, 1,500 m³/d RO
  • Ilsan, South Korea 2017, 1,500 m³/d RO
  • Vietnam 2017, 1,400 m³/d RO
  • China 2017, 1,360 m³/d RO
  • China 2017, 1,360 m³/d RO
  • Buenos Aires, Argentina 2017, 1,350 m³/d RO
  • China 2017, 1,310 m³/d RO
  • China 2017, 1,310 m³/d RO
  • Tokushima, Japan 2017, 1,200 m³/d RO
  • Asan, South Korea 2017, 1,150 m³/d RO
  • Canary Islands, Fuerteventura, Spain 2017, 1,100 m³/d RO
  • Canary Islands, Fuerteventura, Spain 2017, 1,100 m³/d RO
  • Taiwan 2017, 1,080 m³/d RO
  • Gunma, Japan 2017, 1,000 m³/d RO
  • Gunma, Japan 2017, 960 m³/d RO
  • Contryside Water treatment, China 2017, 890 m³/d RO
  • Yeongheung, South Korea 2017, 840 m³/d RO
  • Power Plant, China 2017, 756 m³/d RO
  • Saitama, Japan 2017, 720 m³/d RO
  • Kumamoto, Japan 2017, 700 m³/d RO
  • 2017, 700 m³/d RO
  • Biotechnology Co, Ltd, China 2017, 691 m³/d RO
  • Hiroshima, Japan 2017, 600 m³/d RO
  • Shizuoka, Japan 2017, 550 m³/d RO
  • Nigeria 2017, 480 m³/d RO
  • Kanagawa, Japan 2017, 480 m³/d RO
  • Shiga, Japan 2017, 480 m³/d RO
  • Kanagawa, Japan 2017, 400 m³/d RO
  • Miyagi, Japan 2017, 360 m³/d RO
  • Japan 2017, 360 m³/d RO
  • Ehime, Japan 2017, 360 m³/d RO
  • Fukushima, Japan 2017, 360 m³/d RO
  • Philippines 2017, 360 m³/d RO
  • Toyama, Japan 2017, 360 m³/d RO
  • Philippines 2017, 360 m³/d RO
  • Textile Plant, China 2017, 360 m³/d RO
  • Ibaragi, Japan 2017, 330 m³/d RO
  • Japan 2017, 300 m³/d RO
  • Shizuoka, Japan 2017, 300 m³/d RO
  • Kumamoto, Japan 2017, 300 m³/d RO
  • Shimane, Japan 2017, 300 m³/d RO
  • Miyazaki, Japan 2017, 240 m³/d RO
  • Fukui, Japan 2017, 240 m³/d RO
  • Tokyo, Japan 2017, 240 m³/d RO
  • Aichi, Japan 2017, 240 m³/d RO
  • Shizuoka, Japan 2017, 240 m³/d RO
  • Tochigi, Japan 2017, 180 m³/d RO
  • Ibaragi, Japan 2017, 120 m³/d RO
  • Buenos Aires, Argentina 2017, RO
  • Buenos Aires, Argentina 2017, RO
  • Al Khafji SWRO, Khafji, Saudi Arabia 2016, 60,000 m³/d RO
  • Wajeed, Saudi Arabia 2016, 60,000 m³/d RO
  • South Korea 2016, 58,000 m³/d RO
  • South Korea 2016, 58,000 m³/d RO
  • Asan, South Korea 2016, 28,000 m³/d RO
  • Ain Salah, Algeria 2016, 26,500 m³/d RO
  • Foshan, China 2016, 25,872 m³/d RO
  • King Khaled International Airport, Riyadh, Saudi Arabia 2016, 25,000 m³/d RO
  • Ningbo, China 2016, 24,969 m³/d RO
  • Dongming, China 2016, 23,011 m³/d RO
  • Jinghai Village Drinking Water, Tianjin, China 2016, 16,704 m³/d RO
  • Vietnam 2016, 15,000 m³/d RO
  • Yancheng, China 2016, 14,918 m³/d RO
  • China 2016, 14,136 m³/d RO
  • Plock, Poland 2016, 13,500 m³/d RO
  • Plock, Poland 2016, 13,500 m³/d RO
  • Panzhihua, China 2016, 13,219 m³/d RO
  • China 2016, 12,028 m³/d RO
  • China 2016, 11,913 m³/d RO
  • Lu'an, China 2016, 11,810 m³/d RO
  • Handan, China 2016, 10,886 m³/d RO
  • Nanjing, China 2016, 10,886 m³/d RO
  • Datang Lin Qing, China 2016, 10,752 m³/d RO
  • Xin Yuan Guo Neng Alashan, China 2016, 10,368 m³/d RO
  • Singapore 2016, 9,600 m³/d RO
  • Aspire, Qatar 2016, 9,500 m³/d RO
  • China 2016, 9,180 m³/d RO
  • Yili, China 2016, 8,812 m³/d RO
  • Pan Steel, China 2016, 8,352 m³/d RO
  • China 2016, 8,248 m³/d RO
  • Shang Ban Cheng project, China 2016, 8,064 m³/d RO
  • China 2016, 7,588 m³/d RO
  • South Korea 2016, 7,500 m³/d RO
  • China 2016, 7,257 m³/d RO
  • Hua Run project, China 2016, 6,912 m³/d RO
  • China 2016, 6,854 m³/d RO
  • Rong Xing Chemical, China 2016, 6,384 m³/d RO
  • South Korea 2016, 6,000 m³/d RO
  • Shaoxing, China 2016, 5,875 m³/d RO
  • Long Da, Nantong , China 2016, 5,760 m³/d RO
  • Tai Da Xin Shui Yuan, Tianjin, China 2016, 5,712 m³/d RO
  • China 2016, 5,630 m³/d RO
  • Dongguan, China 2016, 5,406 m³/d RO
  • Boise City, U.S.A. 2016, 4,900 m³/d RO
  • Chongqing, China 2016, 4,500 m³/d RO
  • Qingdao, China 2016, 4,406 m³/d RO
  • China 2016, 4,401 m³/d RO
  • Thailand 2016, 4,291 m³/d RO
  • China 2016, 4,284 m³/d RO
  • China 2016, 4,182 m³/d RO
  • China 2016, 4,080 m³/d RO
  • China 2016, 4,032 m³/d RO
  • China 2016, 4,032 m³/d RO
  • Russia 2016, 4,000 m³/d RO
  • Russia 2016, 4,000 m³/d RO
  • Batan, Vietnam 2016, 4,000 m³/d RO
  • China 2016, 3,916 m³/d RO
  • Xiaoshan, China 2016, 3,672 m³/d RO
  • China 2016, 3,628 m³/d RO
  • Zeitz, Germany 2016, 3,600 m³/d RO
  • China 2016, 3,549 m³/d RO
  • China 2016, 3,360 m³/d RO
  • China 2016, 3,060 m³/d RO
  • China 2016, 3,023 m³/d RO
  • China 2016, 3,023 m³/d RO
  • Germany 2016, 3,000 m³/d RO
  • Germany 2016, 3,000 m³/d RO
  • Romania 2016, 2,880 m³/d RO
  • China 2016, 2,822 m³/d RO
  • Akita, Japan 2016, 2,800 m³/d RO
  • Thailand 2016, 2,620 m³/d RO
  • China 2016, 2,570 m³/d RO
  • Shenzhen, China 2016, 2,550 m³/d RO
  • Shanghai, China 2016, 2,509 m³/d RO
  • Lichtenfels, Germany 2016, 2,500 m³/d RO
  • Basel, Switzerland 2016, 2,500 m³/d RO
  • Basel, Switzerland 2016, 2,500 m³/d RO
  • Gunsan, South Korea 2016, 2,500 m³/d RO
  • Qingyang, China 2016, 2,448 m³/d RO
  • China 2016, 2,436 m³/d RO
  • Tianjin, China 2016, 2,419 m³/d RO
  • Belarus 2016, 2,400 m³/d RO
  • China 2016, 2,385 m³/d RO
  • Junnan, China 2016, 2,203 m³/d RO
  • China 2016, 2,203 m³/d RO
  • Donguan, China 2016, 2,162 m³/d RO
  • Datteln, Germany 2016, 2,112 m³/d RO
  • Yiwu, China 2016, 2,016 m³/d RO
  • Kouchi, Japan 2016, 2,000 m³/d RO
  • South Korea 2016, 2,000 m³/d RO
  • Murcia, Cartagena, Spain 2016, 2,000 m³/d RO
  • South Korea 2016, 2,000 m³/d RO
  • Kumamoto, Japan 2016, 2,000 m³/d RO
  • Luoyang, China 2016, 1,958 m³/d RO
  • China 2016, 1,958 m³/d RO
  • Lithuania 2016, 1,920 m³/d RO
  • Ehime, Japan 2016, 1,800 m³/d RO
  • North Mexico, Mexico 2016, 1,680 m³/d RO
  • China 2016, 1,612 m³/d RO
  • Ningxia, China 2016, 1,611 m³/d RO
  • Xinjiang Yi Hua, China 2016, 1,600 m³/d RO
  • Xinjiang Tian Ye water resue project , China 2016, 1,536 m³/d RO
  • Munich, Germany 2016, 1,500 m³/d RO
  • Ukraine 2016, 1,500 m³/d RO
  • Munich, Germany 2016, 1,500 m³/d RO
  • Ukraine 2016, 1,500 m³/d RO
  • Ochsenfurt, Germany 2016, 1,440 m³/d RO
  • Kenya 2016, 1,416 m³/d RO
  • China 2016, 1,243 m³/d RO
  • Russia 2016, 1,200 m³/d RO
  • Morocco 2016, 1,200 m³/d RO
  • Huludao, China 2016, 1,081 m³/d RO
  • China 2016, 1,020 m³/d RO
  • China 2016, 1,008 m³/d RO
  • Kyoto, Japan 2016, 1,000 m³/d RO
  • Anyang, South Korea 2016, 1,000 m³/d RO
  • Romania 2016, 960 m³/d RO
  • Ukraine 2016, 900 m³/d RO
  • Sumatra, Indonesia 2016, 860 m³/d RO
  • Donguan, China 2016, 856 m³/d RO
  • China 2016, 816 m³/d RO
  • Romania 2016, 720 m³/d RO
  • Tochigi, Japan 2016, 600 m³/d RO
  • Romania 2016, 528 m³/d RO
  • Tokyo, Japan 2016, 480 m³/d RO
  • Shiga, Japan 2016, 480 m³/d RO
  • Tokyo, Japan 2016, 480 m³/d RO
  • Hyogo, Japan 2016, 480 m³/d RO
  • Ibaragi, Japan 2016, 430 m³/d RO
  • Osaka, Japan 2016, 420 m³/d RO
  • Saitama, Japan 2016, 400 m³/d RO
  • Osaka, Japan 2016, 400 m³/d RO
  • Miyagi, Japan 2016, 300 m³/d RO
  • China 2016, 183 m³/d RO
  • Tonga 2016, 120 m³/d RO
  • Germany 2016, RO
  • Odessa, Ukraine 2016, RO
  • Al Ghubra, Oman 2015, 201,600 m³/d RO
  • Fujairah, United Arab Emirates 2015, 145,472 m³/d RO
  • Cheongju, South Korea 2015, 30,000 m³/d RO
  • Suwon, South Korea 2015, 30,000 m³/d RO
  • Suzhou, China 2015, 24,000 m³/d RO
  • Wei Qiao Indonesia project, Indonesia 2015, 23,040 m³/d RO
  • Wuhan, China 2015, 20,000 m³/d RO
  • Vietnam 2015, 20,000 m³/d RO
  • China Coal, China 2015, 18,272 m³/d RO
  • Vietnam 2015, 17,000 m³/d RO
  • Kunshan, China 2015, 16,000 m³/d RO
  • Newman, Australia 2015, 16,000 m³/d RO
  • BHP Newman, Newman, Australia 2015, 16,000 m³/d RO
  • Chansha Nanfang Yu Hang , Chansha, China 2015, 15,040 m³/d RO
  • Yongqin, Yongin, South Korea 2015, 15,000 m³/d RO
  • Tenerife - Oueste, Spain 2015, 14,000 m³/d RO
  • Tenerife Oeste, Arona, Spain 2015, 14,000 m³/d RO
  • Jersey, U.K. 2015, 13,200 m³/d RO
  • Printing and Dyeing Mill , Malaysia 2015, 12,960 m³/d RO
  • Zhong Tian He Chuang, China 2015, 12,432 m³/d RO
  • Mo Long, China 2015, 12,000 m³/d RO
  • Yan Mining , Erdos, China 2015, 11,712 m³/d RO
  • Yanshan Steel , Yanshan, China 2015, 11,376 m³/d RO
  • Fuxin Waste water resue project, China 2015, 10,368 m³/d RO
  • Tianfu East power plant, Xinjiang, China 2015, 10,304 m³/d RO
  • Foxconn, Shenzhen, China 2015, 10,224 m³/d RO
  • Guangzhou, China 2015, 10,000 m³/d RO
  • Yang Quan Coal Industry, China 2015, 9,792 m³/d RO
  • Li Xin power plant, China 2015, 9,504 m³/d RO
  • Bao Steel , Baotou, China 2015, 8,640 m³/d RO
  • Gumi, South Korea 2015, 8,000 m³/d RO
  • Russia 2015, 7,000 m³/d RO
  • Paju, South Korea 2015, 6,400 m³/d RO
  • China Coal Erdos replacement, Erdos, China 2015, 6,352 m³/d RO
  • Xiamen, China 2015, 6,000 m³/d RO
  • Bao Steel , Baotou, China 2015, 5,616 m³/d RO
  • Seat, Spain 2015, 5,500 m³/d RO
  • Krasnodar Power Plant, Krasondar, Russia, Lithuania 2015, 5,060 m³/d RO
  • Chongqing, China 2015, 5,000 m³/d RO
  • Russia 2015, 5,000 m³/d RO
  • Buzau, Romania 2015, 4,000 m³/d RO
  • Nicaragua 2015, 3,500 m³/d RO
  • Russia 2015, 3,000 m³/d RO
  • Suez Fertilizers Co., Suez, Egypt 2015, 3,000 m³/d RO
  • Renningen-Mönchshöh, Germany 2015, 2,500 m³/d RO
  • WW Lüssow, Lüssow, Germany 2015, 2,500 m³/d RO
  • WW Renningen, Renningen, Baden Württemberg, Germany 2015, 2,400 m³/d RO
  • Russia 2015, 2,300 m³/d RO
  • Russia 2015, 2,200 m³/d RO
  • Richter Gedeon, Budapest, Hungary 2015, 2,160 m³/d RO
  • Miyagi, Japan 2015, 2,000 m³/d RO
  • Xian, China 2015, 2,000 m³/d RO
  • Chongqing, China 2015, 2,000 m³/d RO
  • Kouchi, Japan 2015, 2,000 m³/d RO
  • Coca Cola, Spain 2015, 1,800 m³/d RO
  • Playas de Jandia, Spain 2015, 1,700 m³/d RO
  • Kazakhstan 2015, 1,700 m³/d RO
  • WW Venningen, Venningen, Rheinland Pfalz, Germany 2015, 1,680 m³/d RO
  • WWBT, Marsa Alam, Egypt 2015, 1,500 m³/d RO
  • Marsellia Beach 4, North coast, Egypt 2015, 1,500 m³/d RO
  • Austria 2015, 1,440 m³/d RO
  • Villach, Germany 2015, 1,440 m³/d RO
  • Ingolstadt, Germany 2015, 1,440 m³/d RO
  • Kocaeli, Turkey 2015, 1,440 m³/d RO
  • Netherlands 2015, 1,248 m³/d RO
  • Grawla, North coast, Egypt 2015, 1,000 m³/d RO
  • Blue Bay, Ein El Sokhna, Egypt 2015, 750 m³/d RO
  • El Narges, North coast, Egypt 2015, 500 m³/d RO
  • Marsellia Beach, North coast, Egypt 2015, 500 m³/d RO
  • Nice 3, North coast, Egypt 2015, 500 m³/d RO
  • Nice 4, North coast, Egypt 2015, 500 m³/d RO
  • Jiangsu, China 2015, 478 m³/d RO
  • Shanghai, China 2015, 329 m³/d RO
  • Guizhou, China 2015, 328 m³/d RO
  • Beijing, China 2015, 318 m³/d RO
  • Shandong, China 2015, 199 m³/d RO
  • Shandong , China 2015, 188 m³/d RO
  • Zhejiang, China 2015, 152 m³/d RO
  • Jiangsu, China 2015, 117 m³/d RO
  • Chongqing, China 2015, 116 m³/d RO
  • Nanjing, China 2014, 45,000 m³/d RO
  • South Korea 2014, 38,000 m³/d RO
  • Touggout, Algeria 2014, 34,560 m³/d RO
  • Dahej, India 2014, 25,000 m³/d RO
  • Zhong Sha CoalChemical, Tianjin, China 2014, 20,736 m³/d RO
  • Xi'an, China 2014, 17,000 m³/d RO
  • Inner Mongolia, China 2014, 16,000 m³/d RO
  • Gaiziantep, Turkey 2014, 14,163 m³/d RO
  • Granadilla, Granadilla de Abona, Spain 2014, 14,000 m³/d RO
  • Basra, Iraq 2014, 13,500 m³/d RO
  • Dammam, Saudi Arabia 2014, 11,636 m³/d RO
  • Rajpura, India 2014, 11,000 m³/d RO
  • Jhajjar, India 2014, 11,000 m³/d RO
  • Nellore, India 2014, 10,000 m³/d RO
  • Cilacap, Indonesia 2014, 7,800 m³/d RO
  • Sierra Gorda Enlargement, Sierra Gorda, Chile 2014, 7,400 m³/d RO
  • Vietnam 2014, 7,200 m³/d RO
  • City of Odessa, Texas, U.S.A. 2014, 5,678 m³/d RO
  • Agragua, Gáldar, Spain 2014, 5,000 m³/d RO
  • Marassi, North coast, Egypt 2014, 5,000 m³/d RO
  • Nanjing, China 2014, 4,600 m³/d RO
  • Kharji, Saudi Arabia 2014, 4,411 m³/d RO
  • Nuclear Power Plant , Paks, Hungary 2014, 3,600 m³/d RO
  • Anhui, China 2014, 3,200 m³/d RO
  • Xinjiang, China 2014, 3,200 m³/d RO
  • Nicaragua, Managua 2014, 2,800 m³/d RO
  • Henan, China 2014, 2,500 m³/d RO
  • Jiangsu, China 2014, 2,500 m³/d RO
  • Ningxia, China 2014, 2,500 m³/d RO
  • Jiangsu, China 2014, 2,470 m³/d RO
  • Kyoto, Japan 2014, 2,400 m³/d RO
  • Indonesia 2014, 2,400 m³/d RO
  • Yamaguchi, Japan 2014, 2,400 m³/d RO
  • Zhejiang, China 2014, 2,000 m³/d RO
  • Suzhou, China 2014, 2,000 m³/d RO
  • Xi'an, China 2014, 2,000 m³/d RO
  • Ciy of Bushnell, Illinois, U.S.A. 2014, 1,893 m³/d RO
  • Baiji, Iraq 2014, 1,728 m³/d RO
  • Jiangsu, China 2014, 1,647 m³/d RO
  • Heilongjiang, China 2014, 1,600 m³/d RO
  • Fuerteventura, Jandía, Spain 2014, 1,600 m³/d RO
  • Shanghai, China 2014, 1,518 m³/d RO
  • Jiangsu, China 2014, 1,464 m³/d RO
  • Villach, Austria 2014, 1,440 m³/d RO
  • Heibei, China 2014, 1,400 m³/d RO
  • South Korea 2014, 1,300 m³/d RO
  • Guangzhou, China 2014, 1,300 m³/d RO
  • Kanagawa, Japan 2014, 1,300 m³/d RO
  • WW Lüssow , Lüssow, Mecklenburg Vorpommern, Germany 2014, 1,300 m³/d RO
  • Tokushima, Japan 2014, 1,300 m³/d RO
  • WW Finnentrop, Finnentrop, NRW, Germany 2014, 1,150 m³/d RO
  • Heibei, China 2014, 1,000 m³/d RO
  • Kiriazy, Obour, Egypt 2014, 1,000 m³/d RO
  • Yamagata, Japan 2014, 1,000 m³/d RO
  • Ningxia, China 2014, 941 m³/d RO
  • Ningxia, China 2014, 891 m³/d RO
  • Kumamoto, Japan 2014, 800 m³/d RO
  • Guangdong, China 2014, 796 m³/d RO
  • Jiangsu, China 2014, 796 m³/d RO
  • Jiangsu, China 2014, 737 m³/d RO
  • Shenzhen, China 2014, 720 m³/d RO
  • Shanghai, China 2014, 707 m³/d RO
  • Jiangsu, China 2014, 701 m³/d RO
  • Miyagi, Japan 2014, 700 m³/d RO
  • Shanghai, China 2014, 648 m³/d RO
  • Shanghai, China 2014, 582 m³/d RO
  • Jiangsu, China 2014, 537 m³/d RO
  • Shanghai, China 2014, 517 m³/d RO
  • Shanghai, China 2014, 511 m³/d RO
  • Arla Foods Deutchland GmbH , Pronsfeld, Germany 2014, 500 m³/d Other
  • Indonesia 2014, 479 m³/d RO
  • Shanghai, China 2014, 476 m³/d RO
  • Shanghai, China 2014, 464 m³/d RO
  • Jiangsu, China 2014, 454 m³/d RO
  • Shanghai, China 2014, 432 m³/d RO
  • Shanghai, China 2014, 431 m³/d RO
  • Neimenggu, China 2014, 418 m³/d RO
  • Shanghai , China 2014, 418 m³/d RO
  • Henan, China 2014, 415 m³/d RO
  • Miyagi, Japan 2014, 400 m³/d RO
  • Shandong , China 2014, 398 m³/d RO
  • Tianjin, China 2014, 358 m³/d RO
  • Shanghai, China 2014, 348 m³/d RO
  • Shanxi, China 2014, 348 m³/d RO
  • Shanghai, China 2014, 325 m³/d RO
  • Niigata, Japan 2014, 320 m³/d RO
  • South Korea 2014, 320 m³/d RO
  • Australia 2014, 315 m³/d RO
  • Shanghai, China 2014, 315 m³/d RO
  • Shandong, China 2014, 313 m³/d RO
  • Osaka, Japan 2014, 300 m³/d RO
  • Zhejiang, China 2014, 285 m³/d RO
  • Shandong , China 2014, 268 m³/d RO
  • Shanghai, China 2014, 263 m³/d RO
  • Shandong, China 2014, 244 m³/d RO
  • Shanghai, China 2014, 232 m³/d RO
  • Beijing, China 2014, 229 m³/d RO
  • Shanghai, China 2014, 223 m³/d RO
  • Shanghai, China 2014, 220 m³/d RO
  • Shandong , China 2014, 219 m³/d RO
  • Shanghai, China 2014, 219 m³/d RO
  • Jiangsu, China 2014, 214 m³/d RO
  • Beijing, China 2014, 209 m³/d RO
  • Shanghai, China 2014, 205 m³/d RO
  • Hebei, China 2014, 199 m³/d RO
  • Shandong, China 2014, 194 m³/d RO
  • Beijing, China 2014, 179 m³/d RO
  • Shanghai , China 2014, 174 m³/d RO
  • Tianjin, China 2014, 174 m³/d RO
  • Shandong, China 2014, 164 m³/d RO
  • Shandong, China 2014, 156 m³/d RO
  • Anhui, China 2014, 151 m³/d RO
  • Shanghai, China 2014, 149 m³/d RO
  • Zhejiang, China 2014, 149 m³/d RO
  • Shanghai, China 2014, 139 m³/d RO
  • Shandong, China 2014, 134 m³/d RO
  • Shanghai, China 2014, 127 m³/d RO
  • Shanghai, China 2014, 124 m³/d RO
  • Shanghai, China 2014, 122 m³/d RO
  • Shanghai, China 2014, 119 m³/d RO
  • Jiangsu, China 2014, 116 m³/d RO
  • Shanghai, China 2014, 116 m³/d RO
  • Yinchuan, China 2014, 116 m³/d RO
  • Jiangsu, China 2014, 109 m³/d RO
  • Tianjin, China 2014, 104 m³/d RO
  • Datang Waste water treatment plant, Foshan, China 2013, 468,816 m³/d RO
  • Jubail-4, Jubail , Saudi Arabia 2013, 100,000 m³/d RO
  • Suzhou, China 2013, 70,000 m³/d RO
  • South Korea 2013, 56,000 m³/d RO
  • Saudi Arabia 2013, 53,000 m³/d RO
  • India 2013, 40,000 m³/d RO
  • Ningmei Alkene, Ningxia, China 2013, 39,000 m³/d RO
  • Shaanxi, China 2013, 37,000 m³/d RO
  • Yantai Laishan Waterworks, Shandong, China 2013, 37,000 m³/d RO
  • Shandong, China 2013, 36,000 m³/d RO
  • ChinaCoal Yulin Reuse Project, Shaanxi, China 2013, 32,000 m³/d RO
  • ChinaCoal Yulin Desalted Water, Shaanxi, China 2013, 30,000 m³/d RO
  • North Springs, Florida, U.S.A. 2013, 25,551 m³/d RO
  • Ningmei Alkene, Ningxia, China 2013, 22,000 m³/d RO
  • St. Lucie West, Florida, U.S.A. 2013, 20,441 m³/d RO
  • South Korea 2013, 20,000 m³/d RO
  • Ningxia, China 2013, 16,000 m³/d RO
  • Liuheng Power Plant, Zhejiang, China 2013, 12,000 m³/d RO
  • Cuddalore, India 2013, 10,600 m³/d RO
  • Guangzhou, China 2013, 9,000 m³/d RO
  • Paju, South Korea 2013, 7,500 m³/d RO
  • Liaoning, China 2013, 7,400 m³/d RO
  • Saudi Arabia 2013, 7,200 m³/d RO
  • Barwon Black Rock, Australia 2013, 5,678 m³/d RO
  • Village of Western Springs, Illinois, U.S.A. 2013, 5,678 m³/d RO
  • Inner Mongolia, China 2013, 5,000 m³/d RO
  • Chung Ching, China 2013, 4,500 m³/d RO
  • Zhejiang Xiushan, Zhejiang, China 2013, 3,000 m³/d RO
  • Liaoning, China 2013, 3,000 m³/d RO
  • Hebei, China 2013, 2,700 m³/d RO
  • Tianjin, China 2013, 2,200 m³/d RO
  • Ichon, South Korea 2013, 2,000 m³/d RO
  • Xi'an, China 2013, 2,000 m³/d RO
  • Neimenggu, China 2013, 627 m³/d RO
  • Hiroshima, Japan 2013, 540 m³/d RO
  • Ibaragi, Japan 2013, 540 m³/d RO
  • Yamagata, Japan 2013, 400 m³/d RO
  • Kanagawa, Japan 2013, 400 m³/d RO
  • Kagawa, Japan 2013, 400 m³/d RO
  • Tochigi, Japan 2013, 320 m³/d RO
  • Shanghai, China 2013, 313 m³/d RO
  • Miyagi, Japan 2013, 300 m³/d RO
  • Shiga, Japan 2013, 300 m³/d RO
  • Shimane, Japan 2013, 300 m³/d RO
  • Neimenggu, China 2013, 298 m³/d RO
  • Tokushima, Japan 2013, 250 m³/d RO
  • Guangzhou, China 2013, 199 m³/d RO
  • Shanghai, China 2013, 194 m³/d RO
  • Shandong, China 2013, 180 m³/d RO
  • China 2013, 159 m³/d RO
  • Shandong, China 2013, 159 m³/d RO
  • Hangzhou, China 2013, 140 m³/d RO
  • China 2013, 133 m³/d RO
  • Neimenggu, China 2013, 119 m³/d RO
  • Al Gubra, Muscat, Oman 2013, 42.0 MIGD RO
  • Fujairah expansion 1, Fujairah, United Arab Emirates 2012, 137,496 m³/d RO
  • Riyadh, Saudi Arabia 2012, 78,720 m³/d RO
  • Ghalilah Desalination Plant, Ra's al Khaymah, United Arab Emirates 2012, 68,000 m³/d RO
  • Dalateqi Waterworks II, Inner Mongolia, China 2012, 50,000 m³/d NF
  • Al Zawrah, Ajman, United Arab Emirates 2012, 45,920 m³/d RO
  • Tunisia 2012, 35,000 m³/d RO
  • Saudi Arabia 2012, 33,000 m³/d RO
  • Riyadh, Saudi Arabia 2012, 29,960 m³/d RO
  • India 2012, 26,328 m³/d RO
  • Comperj, Rio de Janiero, Brazil 2012, 24,080 m³/d RO
  • Tu Ke project, China 2012, 24,000 m³/d RO
  • Saudi Arabia 2012, 8,320 m³/d RO
  • Singapore 2012, 7,000 m³/d RO
  • Iraq 2012, 7,000 m³/d RO
  • India 2012, 7,000 m³/d RO
  • Barwon Northern, Australia 2012, 5,678 m³/d RO
  • Yamaguchi, Japan 2012, 5,100 m³/d RO
  • Otagua, Canary Islands, Spain 2012, 4,440 m³/d RO
  • Fukushima, Japan 2012, 4,320 m³/d RO
  • U.K. 2012, 3,600 m³/d RO
  • N/A, Tunisia 2012, 2,700 m³/d RO
  • Tokyo, Japan 2012, 1,800 m³/d RO
  • Xinjiang, China 2012, 1,235 m³/d RO
  • Tokushima, Japan 2012, 1,080 m³/d RO
  • Hiroshima, Japan 2012, 400 m³/d RO
  • Jilin, China 2012, 388 m³/d RO
  • Kumamoto, Japan 2012, 350 m³/d RO
  • China 2012, 300 m³/d RO
  • N/A, Japan 2012, 300 m³/d RO
  • Miyazaki, Japan 2012, 300 m³/d RO
  • Yamagata, Japan 2012, 300 m³/d RO
  • Tokyo, Japan 2012, 270 m³/d RO
  • Ibaragi, Japan 2012, 240 m³/d RO
  • Fukui, Japan 2012, 200 m³/d RO
  • Fukui, Japan 2012, 200 m³/d RO
  • 70MGD DBOO Project, Tuaspring, Singapore 2011, 318,500 m³/d RO
  • Al Dur, Bahrain 2011, 222,336 m³/d RO
  • SSDP Expansion, Perth, WA, Australia 2011, 140,000 m³/d RO
  • Daqi Municipal, Inner Mongolia, China 2011, 100,000 m³/d NF
  • Qingdao, China 2011, 100,000 m³/d RO
  • Campo Dalias, Almería, Spain 2011, 98,600 m³/d RO
  • Daesan, South Korea 2011, 53,760 RO
  • Bohui Group, Jiangsu, China 2011, 50,000 m³/d RO
  • Bohui Group, Shandong, China 2011, 50,000 m³/d RO
  • Caofeidian SW, Hebei, China 2011, 50,000 m³/d RO
  • Dalateqi Waterworks I, Inner Mongolia, China 2011, 50,000 m³/d NF
  • Dangjin, South Korea 2011, 47,500 RO
  • Qinghua Group, Xinjiang, China 2011, 45,000 m³/d RO
  • Karabük, Turkey 2011, 44,000 RO
  • Xinjiang Qinghua thecarbonificated Co., Ltd., Korla, China 2011, 40,800 m³/d RO
  • Tianfu Power Group, Xinjiang, China 2011, 40,000 m³/d RO
  • RAK, United Arab Emirates 2011, 38,000 m³/d RO
  • QGC Kenya, QU, Australia 2011, 36,000 m³/d RO
  • Saudi Arabia 2011, 26,000 m³/d RO
  • Texas, U.S.A. 2011, 20,400 m³/d RO
  • United Arab Emirates 2011, 20,000 m³/d RO
  • Chennai, India 2011, 19,800 m³/d RO
  • City of Scottsdale, AZ, U.S.A. 2011, 18,927 m³/d RO
  • Texas, U.S.A. 2011, 18,600 m³/d RO
  • GE Water, Canary Islands, Spain 2011, 17,332 m³/d RO
  • UTE Alicante 1, Alicante, Spain 2011, 14,000 m³/d RO
  • Tipton, QU, Australia 2011, 12,000 m³/d RO
  • South Korea 2011, 10,000 m³/d RO
  • Saudi Arabia 2011, 10,000 m³/d RO
  • India 2011, 9,800 m³/d RO
  • Kazakhstan 2011, 9,300 m³/d RO
  • SA, Australia 2011, 8,000 m³/d RO
  • Possum Kingdom, TX, U.S.A. 2011, 6,541 m³/d RO
  • Thailand 2011, 6,300 m³/d RO
  • San Antonio, Ibiza, Spain 2011, 5,500 m³/d RO
  • South Korea 2011, 5,000 m³/d RO
  • Tedagua, Cadiz, Spain 2011, 4,480 m³/d RO
  • South Coast WD, CA, U.S.A. 2011, 3,785 m³/d RO
  • Fukushima, Japan 2011, 3,750 m³/d RO
  • Shiga, Japan 2011, 2,520 m³/d RO
  • Saitama, Japan 2011, 2,400 m³/d RO
  • Recuperacion Aguas Residuales Canarias, Canary Islands, Spain 2011, 2,400 m³/d RO
  • Magic, Mallorca, Spain 2011, 2,268 m³/d RO
  • Tedagua, Canary Islands, Spain 2011, 2,240 m³/d RO
  • Coca Cola, TN, U.S.A. 2011, 1,408 m³/d RO
  • Shizuoka, Japan 2011, 1,200 m³/d RO
  • Springfield City Utilities, MO, U.S.A. 2011, 1,151 m³/d RO
  • Paju, South Korea 2011, 1,130 m³/d RO
  • Decker Power, TX, U.S.A. 2011, 908 m³/d RO
  • Kanagawa, Japan 2011, 800 m³/d RO
  • Neimenggu, China 2011, 766 m³/d RO
  • Nagasaki, Japan 2011, 720 m³/d RO
  • South Korea 2011, 600 m³/d RO
  • Osaka, Japan 2011, 540 m³/d RO
  • Okinawa, Japan 2011, 450 m³/d RO
  • Philippines 2011, 420 m³/d RO
  • Gifu, Japan 2011, 420 m³/d RO
  • Petroglyph Operating Co., CO, U.S.A. 2011, 341 m³/d RO
  • Okinawa, Japan 2011, 240 m³/d RO
  • KBR, Africa 2011, 223 m³/d RO
  • Xinjiang, China 2011, 149 m³/d RO
  • Magtaa, Oran, Algeria 2010, 500,000 m³/d RO
  • Schuwaikh, Kuwait 2010, 136,000 m³/d RO
  • Buraydah North, Saudi Arabia 2010, 46,000 m³/d RO
  • South Korea 2010, 45,000 m³/d RO
  • P’yŏngt’aek-kun, South Korea 2010, 41,040 RO
  • QLD, Australia 2010, 40,000 m³/d RO
  • Santa Monica, CA, U.S.A. 2010, 37,854 m³/d RO
  • Paju, South Korea 2010, 36,000 m³/d RO
  • Cottonwood Co., CO, U.S.A. 2010, 34,069 m³/d RO
  • Taichung, Taiwan 2010, 26,180 m³/d RO
  • Paju, Gyeong-Gi Do, South Korea 2010, 24,500 m³/d RO
  • Paju, Gyeong-Gi Do, South Korea 2010, 24,500 m³/d RO
  • Sagunto, Valencia, Spain 2010, 23,310 m³/d RO
  • Valencia, Spain 2010, 23,000 m³/d RO
  • Hollywood, FL, U.S.A. 2010, 22,712 m³/d RO
  • Marco Island, FL, U.S.A. 2010, 22,712 m³/d RO
  • Ji'nan Yuxing Chemical, Ji'nan, China 2010, 22,200 m³/d RO
  • Gran Canaria, Spain 2010, 22,000 m³/d RO
  • Shienzhen, China 2010, 21,600 m³/d RO
  • Tallinga, QU, Australia 2010, 20,000 m³/d RO
  • QLD, Australia 2010, 20,000 m³/d RO
  • Nanjing, China 2010, 18,400 m³/d RO
  • Ibiza, Spain 2010, 18,000 m³/d RO
  • Paju, Gyeong-Gi Do, South Korea 2010, 16,800 m³/d RO
  • Lingyuan Steel, Liaoning, China 2010, 15,120 m³/d RO
  • South Korea 2010, 15,000 m³/d RO
  • E Zhou power plant, China 2010, 13,536 m³/d RO
  • QLD, Australia 2010, 12,000 m³/d RO
  • QLD, Australia 2010, 12,000 m³/d RO
  • La Junta, CO, U.S.A. 2010, 11,527 m³/d RO
  • Shenhua Ningxia Coal Industry Group, Ningxia, China 2010, 10,000 m³/d RO
  • Shanghai, China 2010, 10,000 m³/d RO
  • India 2010, 10,000 m³/d RO
  • South Korea 2010, 10,000 m³/d RO
  • Baghdad, AZ, U.S.A. 2010, 9,464 m³/d RO
  • Osaka, Japan 2010, 8,640 m³/d RO
  • TX, U.S.A. 2010, 8,400 m³/d RO
  • South Korea 2010, 8,000 m³/d RO
  • Taichung, Taiwan 2010, 8,000 m³/d RO
  • Shienzhen, China 2010, 8,000 m³/d RO
  • Dare County, NC, U.S.A. 2010, 7,571 m³/d RO
  • Qingyang Chemical, Gansu, China 2010, 7,200 m³/d RO
  • Hyogo, Japan 2010, 6,000 m³/d RO
  • Wuxi, China 2010, 5,760 m³/d RO
  • North Alamo WD Victoria, TX, U.S.A. 2010, 5,648 m³/d RO
  • Hyogo, Japan 2010, 5,400 m³/d RO
  • Roque Prieto, Gran Canaria, Spain 2010, 5,000 m³/d RO
  • ECI, MD, U.S.A. 2010, 4,921 m³/d RO
  • Kagoshima, Japan 2010, 4,800 m³/d RO
  • Zhenghe Petrochemical, Shandong, China 2010, 4,800 m³/d RO
  • Kraftwerke, Germany 2010, 4,500 m³/d RO
  • Taiwan 2010, 4,320 m³/d RO
  • Zhenghe Power Station, Shandong, China 2010, 3,600 m³/d RO
  • Qingyang Chemical, Gansu, China 2010, 3,600 m³/d RO
  • Hyogo, Japan 2010, 3,600 m³/d RO
  • Paju, Gyeong-Gi Do, South Korea 2010, 3,600 m³/d RO
  • Pembroke, U.K. 2010, 3,264 m³/d RO
  • Fuerteventura, Spain 2010, 3,136 m³/d RO
  • Canyon Power, CA, U.S.A. 2010, 2,839 m³/d RO
  • Datong Power Station, Shanxi, China 2010, 2,400 m³/d RO
  • Miller’s View – Doole, TX, U.S.A. 2010, 2,332 m³/d RO
  • Colusa Indian Community, Sacramento, U.S.A. 2010, 1,892 m³/d RO
  • Brazos Electric, TX, U.S.A. 2010, 1,878 m³/d RO
  • Pepsi, MD, U.S.A. 2010, 1,825 m³/d RO
  • Yamagata, Japan 2010, 1,440 m³/d RO
  • Onyang, South Korea 2010, 1,440 m³/d RO
  • Pepsi, MD, U.S.A. 2010, 1,408 m³/d RO
  • Shuangxi Tire, Shanxi, China 2010, 1,200 m³/d RO
  • Kagawa, Japan 2010, 1,200 m³/d RO
  • Hot Springs Power, AR, U.S.A. 2010, 1,151 m³/d RO
  • Nagasaki, Japan 2010, 1,000 m³/d RO
  • Firelake, OK, U.S.A. 2010, 818 m³/d RO
  • Toyota, TX, U.S.A. 2010, 818 m³/d RO
  • Hyogo, Japan 2010, 800 m³/d RO
  • Nagasaki, Japan 2010, 800 m³/d RO
  • Targa Resources, LA, U.S.A. 2010, 768 m³/d RO
  • Aichi, Japan 2010, 720 m³/d RO
  • Seadrift Coke, TX, U.S.A. 2010, 689 m³/d RO
  • Sun Products, UT, U.S.A. 2010, 515 m³/d RO
  • Coca Cola, CO, U.S.A. 2010, 511 m³/d RO
  • Pepsi, ID, U.S.A. 2010, 511 m³/d RO
  • Fukuoka, Japan 2010, 500 m³/d RO
  • Shizuoka, Japan 2010, 500 m³/d RO
  • Fuerteventura, Spain 2010, 500 m³/d RO
  • Kanagawa, Japan 2010, 480 m³/d RO
  • Gunma, Japan 2010, 420 m³/d RO
  • Ibaragi, Japan 2010, 420 m³/d RO
  • Shizuoka, Japan 2010, 420 m³/d RO
  • Aransas MUD, TX, U.S.A. 2010, 412 m³/d RO
  • Fukuoka, Japan 2010, 400 m³/d RO
  • Chiba, Japan 2010, 360 m³/d RO
  • Nagasaki, Japan 2010, 360 m³/d RO
  • Niigata, Japan 2010, 360 m³/d RO
  • Unilever, MO, U.S.A. 2010, 318 m³/d RO
  • Bosque Power, TX, U.S.A. 2010, 223 m³/d RO
  • Changi, Singapore 2009, 228,000 m³/d RO
  • Shuaiba III, Jeddah, Saudi Arabia 2009, 150,000 m³/d RO
  • Fujairah II, United Arab Emirates 2009, 141,600 m³/d RO
  • Dubai, United Arab Emirates 2009, 100,000 m³/d RO
  • Jizan, Saudi Arabia 2009, 50,000 m³/d RO
  • Kaust, Saudi Arabia 2009, 40,000 m³/d RO
  • Qarn Alam, Oman 2009, 25,000 m³/d RO
  • Weiqiao Ocean Chemical, Shandong, China 2009, 19,200 m³/d RO
  • Hyogo, Japan 2009, 12,600 m³/d RO
  • Cheng Steel, Chengde, China 2009, 12,000 m³/d RO
  • Hyogo, Japan 2009, 10,000 m³/d RO
  • Yang Quan Coal Industry, China 2009, 9,504 m³/d RO
  • Jeddah, Saudi Arabia 2009, 7,680 m³/d RO
  • Xuanhua Power Station, Hebei, China 2009, 7,200 m³/d RO
  • Weiqiao Power, Shandong, China 2009, 6,240 m³/d RO
  • Xuzhou Power Station, Jiangsu, China 2009, 4,800 m³/d RO
  • Heibei Jiheng Huafei, Hebei, China 2009, 4,800 m³/d RO
  • Heibei Dongguang Huafei, Hebei, China 2009, 4,800 m³/d RO
  • Kyoto 3,4 RO, Kyoto, Japan 2009, 4,500 m³/d RO
  • Weiqiao Zhanhua Power, Shandong, China 2009, 3,600 m³/d RO
  • Municipal, Qingdao, China 2009, 2,400 m³/d RO
  • Okinawa, Japan 2009, 540 m³/d RO
  • Saitama, Japan 2009, 240 m³/d RO
  • Ningxia, China 2008, 75,360 m³/d RO
  • Luggage Point, QLD, Australia 2008, 66,000 m³/d RO
  • Cayman Islands 2008, 56,778 m³/d RO
  • Barbados, British Virgin Islands 2008, 56,778 m³/d RO
  • Zhong He project, China 2008, 40,800 m³/d RO
  • Ras Al Kaimah, United Arab Emirates 2008, 22,000 m³/d RO
  • Tianjin, China 2008, 18,000 m³/d RO
  • Saudi Arabia 2008, 18,000 m³/d RO
  • Yunnan, China 2008, 16,800 m³/d RO
  • Dubai, United Arab Emirates 2008, 15,600 m³/d RO
  • Liaoning, China 2008, 12,600 m³/d RO
  • Baotou, China 2008, 11,520 m³/d RO
  • Mpumalanga, South Africa 2008, 10,000 m³/d RO
  • Hua Run project, Shenyang, China 2008, 5,184 m³/d RO
  • Singapore 2007, 2,800 m³/d RO
  • Lu An Coal Chemical, China, 34,560 m³/d
  • Beitang Waste water treatment plant, Tianjin, China, 30,464 m³/d RO
  • Yitai Hang Jing Qi, China, 29,376 m³/d RO
  • Wan Hua Da Xie project, Ning Bo, China, 27,648 m³/d RO
  • Clearwater WTP2, Clearwater, Florida, U.S.A., 19,873 m³/d RO
  • Hong Shan power plant, Hong Shan, China, 15,120 m³/d RO
  • Liao Yang Guo Cheng, Liao Yang, China, 12,960 m³/d RO
  • Bohui Replacement, China, 10,368 m³/d RO
  • City of Dunes WTP, Dunes, Florida, U.S.A., 2,839 m³/d RO
  • ONWASA, Dixon, North Carolina, United States of America, 3.0 MIGD RO

Selected References

  • Tabouk, Saudi Arabia 2017, 50,000 m³/d RO
  • Jubail, Saudi Arabia 2017, 25,000 m³/d RO
  • Fujairah, United Arab Emirates 2017, 11,000 m³/d RO

Selected References: Membrane Supplier, CSM

  • Khūzestān, Iran 2010, 131,040 RO

Websites

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