Thiruneelakandapuram North

Tiruppur, India

Thiruneelakandapuram North

Tiruppur, India
SEARCH FILTERS
Time filter
Source Type

Loganathan R.,Thiruneelakandapuram North | Rasappan K.,Coimbatore Institute of Technology | Jebamani M.I.S.,Government College of Technology, Coimbatore | Kumar M.J.N.,Coimbatore Institute of Technology
Indian Journal of Environmental Protection | Year: 2012

A lab scale aerobic sequencing batch reactor (SBR) was investigated to treat the domestic wastewater. The reactor was constructed from Plexi glass material and its volume was 22 L. The reactor was supplied with oxygen by fine bubble air diffuser. The reactor was fed with the domestic wastewater collected from the sewer line for the Hostel of Coimbatore, Institute of Technology. The study was conducted to determine the treatability of domestic wastewater by SBR and to evaluate (standardise) the kinetic parameters, such as total cycle time; temperature and aeration rate for carbonaceous constituents removal efficiency. The results of the study indicated that the effective reduction of influent parameters were achieved within 6 hr of total cycle time, 33°C temperature, 7.50 pH and at an aeration rate of 6 L/min. The removal efficiency of carbonaceous constituents (BOD, COD and TSS) was achieved more than 90%. Easy operation, low cost and minimal sludge bulking condition make the SBR system an interesting option for the biological treatment of domestic wastewater. SBR is a time based treatment technology as compared to the conventional area based activated sludge processes. © 2012 - Kalpana Corporation.


Loganathan R.,Thiruneelakandapuram North | Rasappan K.,Coimbatore Institute of Technology | Isaac Solomon Jebamani M.,GCT | Johnson Naveen Kumar M.,ME Environmental Engineering and Management
Pollution Research | Year: 2012

A lab- scale aerobic Sequencing Batch Reactor (SBR) was investigated to treat the domestic wastewater. The reactor was constructed from Plexi glass material and its volume was 22 litres. The reactor was supplied with oxygen by fine bubble air diffuser. The reactor was fed with the domestic wastewater collected from the sewer line for the Hostel of Coimbatore Institute of Technology. The study was conducted to determine the treatability of domestic wastewater by SBR and to evaluate (standardise) the kinetic parameters such as total cycle time, temperature and aeration rate for carbonaceous constituents removal efficiency. The results of the study indicated that the effective reduction of influent parameters were achieved within 6 hours of total cycle time, 33°C Temperature, 7.50 pH and at an aeration rate of 6 L/min. The removal efficiency of carbonaceous constituents (BOD, COD & TSS) was achieved more than 90%. Easy operation, low cost and minimal sludge bulking condition make the SBR system an interesting option for the biological treatment of domestic wastewater. SBR is a time based treatment technology as compared to the conventional area based activated sludge processes. Copyright © EM International.


Loganathan R.,Thiruneelakandapuram North | Rasappan K.,Thiruneelakandapuram North | Rasappan K.,Coimbatore Institute of Technology | Isaac Solomon Jebamani M.,Thiruneelakandapuram North | And 3 more authors.
Indian Journal of Environmental Protection | Year: 2013

A laboratory scale aerobic sequencing batch reactor (SBR) was investigated to treat the dairy wastewater. The reactor was constructed from Plexi glass material and its volume was 22 L. The reactor was supplied with oxygen by fine bubble air diffuser. The reactor was fed with the dairy wastewater collected from Aavin milk factory at Patchapalayam in Coimbatore. The study was conducted to determine the treatability of dairy wastewater by SBR and to evaluate (standardise) the reactor parameters, such as total cycle time, temperature and aeration rate for carbonaceous constituents removal efficiency. The results of the study indicated that the effective reduction of influent parameters were achieved within 8 hr of total cycle time, 32°C temperature, 7.50 pH and at an aeration rate of 3 L/min. The removal efficiency of carbonaceous constituents (BOD, COD and TSS) was achieved more than 94%. Easy operation, low cost and minimal sludge bulking condition make the SBR system an interesting option for the biological treatment of dairy wastewater. SBR is a time based treatment technology as compared to the conventional area based activated sludge processes. © 2013 - Kalpana Corporation.

Loading Thiruneelakandapuram North collaborators
Loading Thiruneelakandapuram North collaborators