Optimum Condition for 2, 6-DNT –Microbe Degrading Using Uniform Design

Yu Bin Ji; Chang Ru Xu; Chen Feng Ji; Lang Lang

doi:10.4028/www.scientific.net/AMR.255-260.2958

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Climate Change Mitigation through Forest-Based Carbon Sequestration Projects in China: Potential Benefits and Challenges
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Fluorescence Polarization Immunoassay in the Detection of Brucella
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Optimum Condition for 2, 6-DNT –Microbe Degrading Using Uniform Design
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Electrochemical Pretreatment of Wastewater from DDNP Production Using BDD Thin Film Electrode
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Theoretical Studies of the Atomic and Electronic Structure of Mercury/Aluminium Oxide Interface
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Distribution of Heavy Metals in Urban Gully and their Pollution Assessment
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 255-260Optimum Condition for 2, 6-DNT –Microbe Degrading...

Optimum Condition for 2, 6-DNT –Microbe Degrading Using Uniform Design

Abstract:

The GC-ECD was used in this study. The optimization of preparation was performed by U9(94)uniform design method, With the rate of 2,6-DNT -degrading result as investigative indexes, the influences of ratio the concentration of substrate and PH, The speed of shaker and Temperature .the result were screened by Uniform Design to found the optimum condition of degrading . Result the optimum condition for 2, 6-DNT -degrading as following: The concentration of substrate is 135mg/L, pH=7.3, Temperature is 29°C, speed of shaker is 129 rpm/min. The result show: It is scientific and feasible to screen the experimental condition of for 2，6-DNT - degrading by using the uniform design and regression.