A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Impact of Different Mode of Electrode Connection on Performance of Hybrid Electrocoagulation Unit Treating Greywater
Increasing freshwater stress due to rapid rise in population has led to a renewed interest in developing low-cost and efficient treatment technologies for greywater which could be recycled and reused. A hybrid process of electrocoagulation is look upon as a cost-effective treatment technology to treat greywater, and further research is being carried out in this direction. The present study envisages studying the impact of modifying the electrode connections on performance of the hybrid unit. Examinations are done on the versatility of hybrid combination of electrode (Al–Fe–Al–Fe) and (Fe–Al–Fe–Al) performing at anode and cathode in different mode configuration of electrocoagulation process followed by filtration beds in batch mode. The study reveals about 90% of COD removal at 12 V of 60 min working period of which cathode and anode isolated at 30 mm for Al–Fe with specific energy 1.75 kWh/m3 causing operational cost of 14.56 INR.
Impact of Different Mode of Electrode Connection on Performance of Hybrid Electrocoagulation Unit Treating Greywater
Increasing freshwater stress due to rapid rise in population has led to a renewed interest in developing low-cost and efficient treatment technologies for greywater which could be recycled and reused. A hybrid process of electrocoagulation is look upon as a cost-effective treatment technology to treat greywater, and further research is being carried out in this direction. The present study envisages studying the impact of modifying the electrode connections on performance of the hybrid unit. Examinations are done on the versatility of hybrid combination of electrode (Al–Fe–Al–Fe) and (Fe–Al–Fe–Al) performing at anode and cathode in different mode configuration of electrocoagulation process followed by filtration beds in batch mode. The study reveals about 90% of COD removal at 12 V of 60 min working period of which cathode and anode isolated at 30 mm for Al–Fe with specific energy 1.75 kWh/m3 causing operational cost of 14.56 INR.
Impact of Different Mode of Electrode Connection on Performance of Hybrid Electrocoagulation Unit Treating Greywater
Lecture Notes in Civil Engineering
Laishram, Boeing (editor) / Tawalare, Abhay (editor) / Ansari, Khalid (author) / Shrikhande, Avinash N. (author)
International Conference on Advances in Civil Engineering ; 2020
2021-12-15
12 pages
Article/Chapter (Book)
Electronic Resource
English