Microbial fuel cells (MFC) are hybrid bioelectrochemical devices, which generate electrical
energy through the oxidation of organic matter catalyzed by bacteria. In this research, the …

Sago industries effluent containing large amounts of organic content produced excess
sludge which is a serious problem in wastewater treatment. In this study ozonation has been …

In the present study, we have developed a batch reactor setup to monitor the formation of
biogas using sago (cassava) wastewater for the first time. The experimental parameters like …

Cassava sago processing industries discharge wastewater containing high organic and
cyanide content which poses serious threat to the environment and aquatic life in the …

The effect of the number of stages and cell carrier loading on the steady-state and startup
performance of a continuous pulsed plate bioreactor with glass beads as the cell carrier …

Due to the fact that organic matter in sago wastewater is not effectively removed by current
traditional methods, this study was designed to systematically investigate the performance of …

212 Wastewater Treatment: Advanced Processes and Technologies bacteria “work” together
to degrade the complex organic pollutants into methane and carbon dioxide. The …

The present research work deals with the study of physico-chemical and biological
parameters of sago waste water collected from inlet (untreated) and outlet (biomethanated) …

Fluidized bed reactor (FBR) is an attached growth system used mainly for biological
treatment of industrial wastewater of high organic content. These wastewaters are usually …

Industries of tapioca starch produce several billion litres of coloured, often toxic and harmful
wastewaters over the world annually. Those effluents have strong concentrations of COD …