THE SIGNIFICANCE OF MICROBIAL TECHNIQUES AS A TOOL FOR BIOLOGICAL REMEDIATION OF LANDFILL LEACHATE: MINI REVIEW
Rahanatu Adamu Kakudi, Abdullahi Hadiza Ari and Adamu Yunusa Ugya*
Abstract
Landfill is the common method of waste management in most part of
the world particularly developing countries due to low technology
know-how. This method of solid waste disposal is meant to better the
living standard of mankind but the unplanned production of landfill
leachate reverse the same standard by impacting negatively to the
environment which in turn affect mankind. Different method of
treating landfill leachate have been develop, but most of this method
are not easily accessible, the use of microbe for biological treatment of
landfill leachate has gained the attention of researchers since the
potentiality of many microbe has been attested for high pollutant
reduction efficiency from landfill leachate but the onsite application of this method remains a
problem owing to the lack of genomic, metabolomic and proteomic details to prove the
efficiency of this microbes to effectively degrade pollutants from landfill leachates. This
mini-review is aimed at evaluating the contribution of microbe towards the success of landfill
leachate treatment and the role of molecular genomics in achieving the onsite treatment of
landfill leachates. The mini-review report the role of metanogenic and acetogenic bacteria in
the formation of landfill leachate, current trend in biological treatment of landfill leachate, the
role of mycoremediation, phycoremediation and bioremediation (bacteria) in landfill
leachates treatment and current contribution and the future of molecular tool in increasing the
efficiency of microbe in landfill leachates treatment. The molecular genomics of microbe used in the treatment of landfill leachates need to be further studied to attest the role of genomics, proteomics and metabolomic constituent for efficient onsite application.
Keywords: Proteomic, Organic Pollutants, Phycoremediation, Mycoremediation, Underground water.
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