Sagoo industries was produced wastewater with high concentration of solids that potentially causes environment problem\u27s. One way to got lower concentration of solids with making use two-stage hybrid anaerobic bioreactor\u27s with stone media. The purpose of this study was to remove and determine the highest solids removal efficiency in wastewater treatment sagoo. Twosatge hybrid anaerobic bioreactor in continuous process with working volumes 10 L was used instage I and 20 L was used in stage II. The output from stage I was used as the input for stage II. The two-stage reactor was operated at a hydraulic retention time that varied from 2 days in stage I and 3,5 and 7 days in stage II. The results showed that highest of solids removal eff...
Organic waste treatment using Sanitary Landfill method always generate the leachate of ...
Industrial wastewater of urea provide a substansial contribution to water pollution, especially with...
The quantity of waste water from domestic and industrial activities has increased significantly over...
The wider the area of sago palm in Indonesia, the more rapid development of the industry in increasi...
In producing sago becomes sago flour be required 20,000 liters of water per ton of sago, where 94% o...
Sago industry has the potential to pollute the environment. This is because the concentration of COD...
Anaerobic hybrid bioreactor is a combination of suspended and attached growth systems. Stone was use...
Pulp and paper industries growth significantly especially in Indonesia that in their operations gene...
Sago industry is one of the industries that generate wastewater with high levels of pollution load. ...
The aim of this research was to study the effectivity of bacterium in a simple anaerobic wastewater ...
PT. Sidomuncul is one of the factories that produce waste. Wastewatergenerated at 130m3 per day. Bec...
Plastic Bioprocessor Anaerobic Plastics (bioball) is a biological wastewater treatment process usi...
Recently, the treatment process of waste water contains organic pollutant which used in Indonesia es...
Along with the increasing in the area of oil palm plantations, palm oil mill production has also inc...
Plastic Mediated Anaerobic Biofilter (bioball) is a biologically waste water treatment ...
Organic waste treatment using Sanitary Landfill method always generate the leachate of ...
Industrial wastewater of urea provide a substansial contribution to water pollution, especially with...
The quantity of waste water from domestic and industrial activities has increased significantly over...
The wider the area of sago palm in Indonesia, the more rapid development of the industry in increasi...
In producing sago becomes sago flour be required 20,000 liters of water per ton of sago, where 94% o...
Sago industry has the potential to pollute the environment. This is because the concentration of COD...
Anaerobic hybrid bioreactor is a combination of suspended and attached growth systems. Stone was use...
Pulp and paper industries growth significantly especially in Indonesia that in their operations gene...
Sago industry is one of the industries that generate wastewater with high levels of pollution load. ...
The aim of this research was to study the effectivity of bacterium in a simple anaerobic wastewater ...
PT. Sidomuncul is one of the factories that produce waste. Wastewatergenerated at 130m3 per day. Bec...
Plastic Bioprocessor Anaerobic Plastics (bioball) is a biological wastewater treatment process usi...
Recently, the treatment process of waste water contains organic pollutant which used in Indonesia es...
Along with the increasing in the area of oil palm plantations, palm oil mill production has also inc...
Plastic Mediated Anaerobic Biofilter (bioball) is a biologically waste water treatment ...
Organic waste treatment using Sanitary Landfill method always generate the leachate of ...
Industrial wastewater of urea provide a substansial contribution to water pollution, especially with...
The quantity of waste water from domestic and industrial activities has increased significantly over...