Pulp and paper plants are among the most polluter industries. Their effluents are normally treated biologically for standard parameters such as BOD and GOD; but biological treatment is usually not complete. Unconventional parameters unique to these wastes, such as color and organic halides(AOX), are virtually persistent throughout the treatment cycle. A fungus, which is able to affect over 50% AOX and color removal from soft wood pulping bleachery effluents in less than two days of contact, have been isolated and tentatively identified as Penicillum sp
This study attempts a treatment strategy of a bleached kraft pulp mill effluent with Rhizopus oryzae...
61-64Combination of biological and physico-chemical treatment method is adopted for colour removal o...
This paper examined the capability of Penicillium camemberti to dechlorinate and decolorize wheat st...
Pulp and paper plants are amongst the most polluter industries in this country and elsewhere. Most o...
Penicillium camemberti was found to be very effective in treating softwood pulp bleaching effluents ...
This paper is focussed on the biological treatability studies of pulping effluents from a hemp-based...
Organic halides are considered environmentally suspect as some are known to have toxic, mutagenic an...
The pulp and paper industry is widespread in Canada and many other countries. The effluent from this...
944-948Eight fungal isolates and a bacterial community comprising four strains were isolated from pu...
Pulp and paper mills utilize huge amounts of inorganic and organic materials along with large quanti...
Two fungi (unidentified) were isolated from soil and marine environ-ments. These isolates were used ...
This paper examined the ability of Penicillium camemberti to degrade hemp-based pulp and paper plant...
Biosorption has potential to be an economical colour removal technology. As such, the colour removal...
A mixed culture of algae was used to treat pulping mill effluent in terms of removing both colour an...
The effects on the environment of pollution, particularly that caused by various industrial activiti...
This study attempts a treatment strategy of a bleached kraft pulp mill effluent with Rhizopus oryzae...
61-64Combination of biological and physico-chemical treatment method is adopted for colour removal o...
This paper examined the capability of Penicillium camemberti to dechlorinate and decolorize wheat st...
Pulp and paper plants are amongst the most polluter industries in this country and elsewhere. Most o...
Penicillium camemberti was found to be very effective in treating softwood pulp bleaching effluents ...
This paper is focussed on the biological treatability studies of pulping effluents from a hemp-based...
Organic halides are considered environmentally suspect as some are known to have toxic, mutagenic an...
The pulp and paper industry is widespread in Canada and many other countries. The effluent from this...
944-948Eight fungal isolates and a bacterial community comprising four strains were isolated from pu...
Pulp and paper mills utilize huge amounts of inorganic and organic materials along with large quanti...
Two fungi (unidentified) were isolated from soil and marine environ-ments. These isolates were used ...
This paper examined the ability of Penicillium camemberti to degrade hemp-based pulp and paper plant...
Biosorption has potential to be an economical colour removal technology. As such, the colour removal...
A mixed culture of algae was used to treat pulping mill effluent in terms of removing both colour an...
The effects on the environment of pollution, particularly that caused by various industrial activiti...
This study attempts a treatment strategy of a bleached kraft pulp mill effluent with Rhizopus oryzae...
61-64Combination of biological and physico-chemical treatment method is adopted for colour removal o...
This paper examined the capability of Penicillium camemberti to dechlorinate and decolorize wheat st...