The Experts below are selected from a list of 3 Experts worldwide ranked by ideXlab platform
Gle Moody - One of the best experts on this subject based on the ideXlab platform.
-
performance of Granular Medium Filtration and membrane Filtration in treating stormwater for harvesting and reuse
Desalination and Water Treatment, 2012Co-Authors: M A H Johi, Jaya Kandasamy, S Vigneswara, Ho Kyong Sho, Robe Sleigh, Gle MoodyAbstract:Abstract This paper discusses laboratory scale and pilot scale treatment systems used to in treat water from a stormwater canal in Carlton, Sydney. The laboratory scale pre-treatment systems investigated included flocculation, GAC Filtration and fibre filter prior to laboratory scale steriflow stainless steel membrane filter. The results showed that these pre-treatments improved the quality of the filtrate as measured by the turbidity and TOC removal efficiency. The use of pre-treatment improved the TOC removal efficiency from 10% to 90%. Among the three pretreatment methods, GAC filter resulted in the highest TOC removal efficiency (88%). Pilot scale experiments were also carried out using stainless steel membrane Filtration and GAC Filtration at Carlton, Sydney. Pilot scale experiments showed that the Steri-Flow membrane filter treatment without any pre-treatment achieved an effluent filtrate turbidity of between 0.79–0.99 NTU which were well below the 5 NTU ADWG (2004) limit [1]. The influent raw storm...
M A H Johi - One of the best experts on this subject based on the ideXlab platform.
-
performance of Granular Medium Filtration and membrane Filtration in treating stormwater for harvesting and reuse
Desalination and Water Treatment, 2012Co-Authors: M A H Johi, Jaya Kandasamy, S Vigneswara, Ho Kyong Sho, Robe Sleigh, Gle MoodyAbstract:Abstract This paper discusses laboratory scale and pilot scale treatment systems used to in treat water from a stormwater canal in Carlton, Sydney. The laboratory scale pre-treatment systems investigated included flocculation, GAC Filtration and fibre filter prior to laboratory scale steriflow stainless steel membrane filter. The results showed that these pre-treatments improved the quality of the filtrate as measured by the turbidity and TOC removal efficiency. The use of pre-treatment improved the TOC removal efficiency from 10% to 90%. Among the three pretreatment methods, GAC filter resulted in the highest TOC removal efficiency (88%). Pilot scale experiments were also carried out using stainless steel membrane Filtration and GAC Filtration at Carlton, Sydney. Pilot scale experiments showed that the Steri-Flow membrane filter treatment without any pre-treatment achieved an effluent filtrate turbidity of between 0.79–0.99 NTU which were well below the 5 NTU ADWG (2004) limit [1]. The influent raw storm...
Jaya Kandasamy - One of the best experts on this subject based on the ideXlab platform.
-
performance of Granular Medium Filtration and membrane Filtration in treating stormwater for harvesting and reuse
Desalination and Water Treatment, 2012Co-Authors: M A H Johi, Jaya Kandasamy, S Vigneswara, Ho Kyong Sho, Robe Sleigh, Gle MoodyAbstract:Abstract This paper discusses laboratory scale and pilot scale treatment systems used to in treat water from a stormwater canal in Carlton, Sydney. The laboratory scale pre-treatment systems investigated included flocculation, GAC Filtration and fibre filter prior to laboratory scale steriflow stainless steel membrane filter. The results showed that these pre-treatments improved the quality of the filtrate as measured by the turbidity and TOC removal efficiency. The use of pre-treatment improved the TOC removal efficiency from 10% to 90%. Among the three pretreatment methods, GAC filter resulted in the highest TOC removal efficiency (88%). Pilot scale experiments were also carried out using stainless steel membrane Filtration and GAC Filtration at Carlton, Sydney. Pilot scale experiments showed that the Steri-Flow membrane filter treatment without any pre-treatment achieved an effluent filtrate turbidity of between 0.79–0.99 NTU which were well below the 5 NTU ADWG (2004) limit [1]. The influent raw storm...
S Vigneswara - One of the best experts on this subject based on the ideXlab platform.
-
performance of Granular Medium Filtration and membrane Filtration in treating stormwater for harvesting and reuse
Desalination and Water Treatment, 2012Co-Authors: M A H Johi, Jaya Kandasamy, S Vigneswara, Ho Kyong Sho, Robe Sleigh, Gle MoodyAbstract:Abstract This paper discusses laboratory scale and pilot scale treatment systems used to in treat water from a stormwater canal in Carlton, Sydney. The laboratory scale pre-treatment systems investigated included flocculation, GAC Filtration and fibre filter prior to laboratory scale steriflow stainless steel membrane filter. The results showed that these pre-treatments improved the quality of the filtrate as measured by the turbidity and TOC removal efficiency. The use of pre-treatment improved the TOC removal efficiency from 10% to 90%. Among the three pretreatment methods, GAC filter resulted in the highest TOC removal efficiency (88%). Pilot scale experiments were also carried out using stainless steel membrane Filtration and GAC Filtration at Carlton, Sydney. Pilot scale experiments showed that the Steri-Flow membrane filter treatment without any pre-treatment achieved an effluent filtrate turbidity of between 0.79–0.99 NTU which were well below the 5 NTU ADWG (2004) limit [1]. The influent raw storm...
Ho Kyong Sho - One of the best experts on this subject based on the ideXlab platform.
-
performance of Granular Medium Filtration and membrane Filtration in treating stormwater for harvesting and reuse
Desalination and Water Treatment, 2012Co-Authors: M A H Johi, Jaya Kandasamy, S Vigneswara, Ho Kyong Sho, Robe Sleigh, Gle MoodyAbstract:Abstract This paper discusses laboratory scale and pilot scale treatment systems used to in treat water from a stormwater canal in Carlton, Sydney. The laboratory scale pre-treatment systems investigated included flocculation, GAC Filtration and fibre filter prior to laboratory scale steriflow stainless steel membrane filter. The results showed that these pre-treatments improved the quality of the filtrate as measured by the turbidity and TOC removal efficiency. The use of pre-treatment improved the TOC removal efficiency from 10% to 90%. Among the three pretreatment methods, GAC filter resulted in the highest TOC removal efficiency (88%). Pilot scale experiments were also carried out using stainless steel membrane Filtration and GAC Filtration at Carlton, Sydney. Pilot scale experiments showed that the Steri-Flow membrane filter treatment without any pre-treatment achieved an effluent filtrate turbidity of between 0.79–0.99 NTU which were well below the 5 NTU ADWG (2004) limit [1]. The influent raw storm...
