This study was conducted to evaluate the effect of an eminent decay fungus, Phanerocheate chrysosporium of organic residues on wastewater sludge for its improvement through decomposition and separation of waste particles by Liquid State Bioconversion (LSB). The effect of fungal treatment was compared to uninoculated (Control) at three dif- ferent harvests 7, 14 and 21 days after inoculation (DAI). The observed results showed that the weight loss and solid content of wastewater sludge were significantly influenced by Phanerocheate chrysosporium. Both para- meters were highly influenced at 7 DAI. The COD and pH of wastewater sludge were also highly influenced by fungal treatment
Discharge of organic load from treated wastewater may cause environmental eutrophication. Recently, ...
Conventional biological wastewater treatment generates large amounts of low value bacterial biomass....
The production of bioethanol was conducted by utilizing domestic wastewater sludge as major substrat...
Bioconversion of higher strength of domestic wastewater biosolids (sludge) (4% w/w of TSS) by mixed ...
Sustainable, environmental friendly, and safe disposal of sewage treatment plant (STP) sludge is a g...
Liquid state bioconversion (LSB), a bioremediation and biodewatering process was applied for sewage ...
<div>The study of biotransformation of domestic wastewater treatment plant (DWTP) sludge was conduct...
A laboratory-scale study was undertaken to evaluate the liquid state bioconversion (LSB) in terms of...
Natural and environmental-friendly disposal of wastewater sludge is a great concern. Recently, biolo...
Liquid-state bioconversion (LSB) technique has great potential for application in bioremediation of ...
Liquid state bioconversion (LSB), a novel biodegradation, bioseparation, biosolids accumulation and ...
TThe present study was designed to evaluate the potential of microbial adaptation and its affinity to...
The production of bioethanol was conduct-ed by utilizing domestic wastewater sludge as major substra...
A Liquid State Bioconversion (LSB) process for treating STP sludge having the steps of providing slu...
The present invention relates to a liquid state bioconversion process for the treatment of sewage tr...
Discharge of organic load from treated wastewater may cause environmental eutrophication. Recently, ...
Conventional biological wastewater treatment generates large amounts of low value bacterial biomass....
The production of bioethanol was conducted by utilizing domestic wastewater sludge as major substrat...
Bioconversion of higher strength of domestic wastewater biosolids (sludge) (4% w/w of TSS) by mixed ...
Sustainable, environmental friendly, and safe disposal of sewage treatment plant (STP) sludge is a g...
Liquid state bioconversion (LSB), a bioremediation and biodewatering process was applied for sewage ...
<div>The study of biotransformation of domestic wastewater treatment plant (DWTP) sludge was conduct...
A laboratory-scale study was undertaken to evaluate the liquid state bioconversion (LSB) in terms of...
Natural and environmental-friendly disposal of wastewater sludge is a great concern. Recently, biolo...
Liquid-state bioconversion (LSB) technique has great potential for application in bioremediation of ...
Liquid state bioconversion (LSB), a novel biodegradation, bioseparation, biosolids accumulation and ...
TThe present study was designed to evaluate the potential of microbial adaptation and its affinity to...
The production of bioethanol was conduct-ed by utilizing domestic wastewater sludge as major substra...
A Liquid State Bioconversion (LSB) process for treating STP sludge having the steps of providing slu...
The present invention relates to a liquid state bioconversion process for the treatment of sewage tr...
Discharge of organic load from treated wastewater may cause environmental eutrophication. Recently, ...
Conventional biological wastewater treatment generates large amounts of low value bacterial biomass....
The production of bioethanol was conducted by utilizing domestic wastewater sludge as major substrat...