Abstract
Ebara`s New Denipac Process, featuring night soil treatment by membrane filtration and high load denitrification, was installed at Ikenoiri Environment Center, Saitama Prefecture. This treatment capacity of this process is: 39 kl/d of night soil and 61 kl/d of septic tank sludge, total of 100 kl/d. The septic standards of the effluent water from this process include: below 20 mg/l of COD, below 10 mg/l of total nitrogen, and below 30 degrees of color unit. In particular, the design, construction, and commissioning of this process had to be overall completed within a short time of twenty months. One main feature of this process is the use of an activated carbon recycling system, which is effectively achieving a saving in running cost. The installation of this process was completed in March 1995 and stable operation is being continued ever since. The following outlines the process and introduces operation results. 5 figs., 4 tabs.
Tsuchihira, S
[1]
- Ebara Corp., Tokyo (Japan)
Citation Formats
Tsuchihira, S.
New Denipac process. Shipped to Ogawa district sanitation associate; New denipac process. Ogawa chiku eiseikumiai nonyu.
Japan: N. p.,
1995.
Web.
Tsuchihira, S.
New Denipac process. Shipped to Ogawa district sanitation associate; New denipac process. Ogawa chiku eiseikumiai nonyu.
Japan.
Tsuchihira, S.
1995.
"New Denipac process. Shipped to Ogawa district sanitation associate; New denipac process. Ogawa chiku eiseikumiai nonyu."
Japan.
@misc{etde_213592,
title = {New Denipac process. Shipped to Ogawa district sanitation associate; New denipac process. Ogawa chiku eiseikumiai nonyu}
author = {Tsuchihira, S}
abstractNote = {Ebara`s New Denipac Process, featuring night soil treatment by membrane filtration and high load denitrification, was installed at Ikenoiri Environment Center, Saitama Prefecture. This treatment capacity of this process is: 39 kl/d of night soil and 61 kl/d of septic tank sludge, total of 100 kl/d. The septic standards of the effluent water from this process include: below 20 mg/l of COD, below 10 mg/l of total nitrogen, and below 30 degrees of color unit. In particular, the design, construction, and commissioning of this process had to be overall completed within a short time of twenty months. One main feature of this process is the use of an activated carbon recycling system, which is effectively achieving a saving in running cost. The installation of this process was completed in March 1995 and stable operation is being continued ever since. The following outlines the process and introduces operation results. 5 figs., 4 tabs.}
journal = []
issue = {169}
journal type = {AC}
place = {Japan}
year = {1995}
month = {Oct}
}
title = {New Denipac process. Shipped to Ogawa district sanitation associate; New denipac process. Ogawa chiku eiseikumiai nonyu}
author = {Tsuchihira, S}
abstractNote = {Ebara`s New Denipac Process, featuring night soil treatment by membrane filtration and high load denitrification, was installed at Ikenoiri Environment Center, Saitama Prefecture. This treatment capacity of this process is: 39 kl/d of night soil and 61 kl/d of septic tank sludge, total of 100 kl/d. The septic standards of the effluent water from this process include: below 20 mg/l of COD, below 10 mg/l of total nitrogen, and below 30 degrees of color unit. In particular, the design, construction, and commissioning of this process had to be overall completed within a short time of twenty months. One main feature of this process is the use of an activated carbon recycling system, which is effectively achieving a saving in running cost. The installation of this process was completed in March 1995 and stable operation is being continued ever since. The following outlines the process and introduces operation results. 5 figs., 4 tabs.}
journal = []
issue = {169}
journal type = {AC}
place = {Japan}
year = {1995}
month = {Oct}
}