Wastewater from the confectionery industry is characterized by daily and seasonal variability
of composition and quantity which adversely affects the process of their disposal …

The successful use of anaerobic technologies, especially up-flow sludge blanket (UASB)
reactors for the treatment of raw domestic sewage and industrial wastewaters in tropical and …

The use of biogas from AD as renewable energy has been widely adopted by many
industries worldwide to facilitate and lower the greenhouse effect through the reduction of …

Sugar industry effluent (SIE) is characterized as high organic load. The aim of present work
is to treat SIE in sequential batch reactor (SBR). Effect of hydraulic retention time (HRT) on …

Response surface methodology was used to develop an empirical model for the
optimisation of feed carbon to nitrogen ratio and temperature of an upflow anaerobic sludge …

Wastewater of sugar industries has a high pollutant load due to the presence of organic and
inorganic materials. Discharge of untreated or partially treated wastewater has a negative …

Sugar is the most important food supplement of our daily diet. During the production, sugar
mills use a large volume of water and produce a significant amount of wastewater polluted …

Anaerobic digestion (AD) of organic wastes is a popular biological treatment method. It is a
useful technology in waste management and environmental health especially for mitigating …

The sugar industry effluent (SIE) is characterized as high organic load. The aim of this study
is to treat SIE by bio-aerobic process in batch and continuous mode in bio-aeration reactor …

Sugar industry is one the biggest contributors to the environmental pollution in the modern
world. The effects are specifically felt by the aquatic environment which in turn affects the …