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●NET published the article about Swim-bed Bioringe on
 [Business i ENECO October 2013] published by the Nikkan Kogyo Shinbun.
 (October 2013)
 Click here to see the article.

 

●NET published the article about Swim-bed Bioringe on
 [Business i ENECO June 2013] published by the Nikkan Kogyo Shinbun.
 (June 2013)
 Click here to see the article.

 

●Emergency measures by Miyagi Prefecture Minami-Gamo Purification
 Center 300,000m3/day
(May 2011)

 

●Started BF validation test for sewage system in Guangzhou, China,
 and executed plan for the enhancement of the water processing
 capability at the existing facilities. Validation plants 1000m3/day
 Existing processing facilities
30,000→50,000m3 (May 2012)

 

●Start OEM with Osaka Gas Co., Ltd. (May 2011)
 New business model introduced.

 

●Construction work provided for sewage discharge
 at the Nishinomiya Plant, Itoham Foods Inc.
(May 2010)

 

●Order received for Lingjia Town Sewage Treatment Facility
 (May 2010)

 

●Class 1-A achieved for sewage treatment facility
 at STX (System Technology Excellent) Corporation
(Korea)
 
(November 2008)

 

●Xiaopingdao resort area (China)
 Bid submitted for a 4000m3/day reuse loop project
(August 2008)
 
Another bid submitted for a 8000m3/day (October 2010) 
 To be postponed for 3 years.

 

●BMW in China installed BF for their plant with good results. (July.2008)
Until now, car manufacturers have used oil paint for car bodies. But, the wastewater from this process has been difficult to treat and the load it places on the environment is heavy. Some car manufacturers recently changed their paint from oil to a water-base product so that the wastewater would be easier to treat and the load on the environment would be lighter. The purpose of BMW’s project is to treat water-based paint wastewater by biological means instead of chemical processes. This biological treatment system will become the main stream in car paint wastewater treatment.

●Tokai-Pulp & Paper Co. Ltd finished their third 30,000m3/day
 third plant using BF with a total capacity of 90,000m3/day

 (May 2008)

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