Bioremediation
Jayakrishnan U and Meria M Dan
Third semester Biotechnology and Biochemical Engineering,
Mohandas college of engineering and technology



Abstract
Bioremediation means to use a biological remedy to abate or clean up contamination. This makes it different
from remedies where contaminated soil or water is removed for chemical treatment or decontamination,
incineration, or burial in a landfill. Microbes are often used to remedy environmental pro ....etc

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i wanna ask about the current bio remediation application at an undergraduate level.
some projects which can be accomplished in a month period. ....etc

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Biogas containing approximately 60% methane can be produced from paddy straw -a lingocellulosic waste, by anaerobic fermentation using cattle dung as source of inoculum .The total gas production from the paddy straw is more in comparison to that of cattle dung as substrate. But pretreatment of paddy straw with NaOH can reduce the Holding Retention Time significantly. Moreover paddy straw is able to supply higher yield of biogas due to its slow decomposition .The digested slurry was found to be a very good source of manure. Biogas containing 60% ....etc

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Industrial Production & Bioremediation
SYNOPSIS
Microbes for industrial production
Preservation of cultures
Methods of industrial production
Major products of industrial microbiology
Bioremediation
Biosensors & microarrays
Microbes for industrial production
Finding microorganisms in nature
Only a small percentage of microbial species have been cultured
Bioprospecting: Hunting for new microorganisms with potential for commercial exploitation
Great deal of interest in microbes from extreme environments
C ....etc

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please send me the material about mushroom as bioremediation agent and also ppts... ....etc

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Abstract

In this study, we propose some simple but effective throughput-approximation methods for finite-buffered closed-loop production systems with unreliable machines and exponentially distributed processing times. The proposed approximation methods are based on decomposition and aggregation principles. According to the method representing the decomposed systems, three different approximation methods are developed, along with a simple upper bounding method for throughputs. Extensive computational experiments are perform ....etc

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Biogas containing approximately 60% methane can be produced from paddy straw -a lingocellulosic waste, by anaerobic fermentation using cattle dung as source of inoculum .The total gas production from the paddy straw is more in comparison to that of cattle dung as substrate. But pretreatment of paddy straw with NaOH can reduce the Holding Retention Time significantly. Moreover paddy straw is able to supply higher yield of biogas due to its slow decomposition .The digested slurry was found to be a very good source of manure. Biogas containing 60% ....etc

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i want a presentation on introduction and criteria of environmental biotechnology. ....etc

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There are several growing needs for hydrogen: in the near-term for the upgrading of heavy petroleum, as a chemical feedstock, and for the production of fertilizer; in the mid-term for the production of synthetic fuels for transportation; and in the long-term as a transportation fuel through the use of fuel cells.



High-temperature electrolytic water-splitting supported by nuclear process heat and electricity has the potential to produce hydrogen with an overall system efficiency of 45 to 50 %, while avoiding the challenging corrosive con ....etc

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looking for bioremediation and wastewater treatment ppt ....etc

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