Desalination & Reuse Handbook - Flipbook - Page 227
REFERENCE DIRECTORY – RO / NF MEMBRANES
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
RO reuse, 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, United States 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
Industrial, 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
Batan, Vietnam 2016, 4,000 m³/d RO
Russia 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
Basel, Switzerland 2016, 2,500 m³/d RO
Gunsan, South Korea 2016, 2,500 m³/d RO
Lichtenfels, Germany 2016, 2,500 m³/d RO
Basel, Switzerland 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 ROChina 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
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
Kouchi, Japan 2016, 2,000 m³/d RO
South Korea 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 , Xinjiang Province, China
2016, 1,536 m³/d RO
Munich, Germany 2016, 1,500 m³/d RO
RO reuse, 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
Industrial, 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
Industrial, Romania 2016, 720 m³/d RO
Tochigi, Japan 2016, 600 m³/d RO
Romania 2016, 528 m³/d RO
Hyogo, Japan 2016, 480 m³/d RO
Tokyo, Japan 2016, 480 m³/d RO
Shiga, Japan 2016, 480 m³/d RO
Tokyo, Japan 2016, 480 m³/d RO
Ibaragi, Japan 2016, 430 m³/d RO
Osaka, Japan 2016, 420 m³/d RO
Honshu, Saitama, Japan 2016, 400 m³/d RO
Osaka, Japan 2016, 400 m³/d RO
Miyagi, Japan 2016, 300 m³/d RO
RO reuse, China 2016, 183 m³/d RO
Tonga 2016, 120 m³/d RO
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