Q. Which of the following is not a process of integration of halogen reactions?

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Q. Which of the following processes doesn’t come under phyto-remediation of halogen reactions?

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Q. Which of the following is the most reliable method of halogen reactions?

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Q. Which of the following can be used to degrade typical contaminants using carbon source for their growth?

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Q. Which of the following doesn’t have higher potential to halogen reactions?

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Q. Which of the following process uses microorganisms utilize contaminants as their food sources thereby degrading them in the process?

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Q. Decomposition of remains from mineralization process.

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Q. Which of the following is a process of immobilization?

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Q. Halogen reactions is most suitable for the degradation of which of the following?

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Q. Bio-remediation can also be used to degrade which of the following compounds?

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Q. Which of the following is not suitable for treatment by bio-remediation?

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Q. Which of the following are usually not degraded by aerobic degradation of nitro-aromatics?

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Q. Which of the following can be used for decontamination of nitro aromatic pesticides from the soil?

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Q. Nitro-aromatic compounds found in the environment are known as which of the following?

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Q. Which of the following helps to hydrolyze the nitro-aromatics?

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Q. Which of the following property is shown by the exo-enzyme with bio polymers?

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Q. Which of the following is the vital intermediate of almost all the metabolism processes?

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Q. When carbohydrates are consumed by aerobic bacteria, almost one third of initial energy is lost.

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Q. Which of the following is used for cell multiplication in a cell?

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Q. Which of the following bond of ATP conserves the energy bond?

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