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Study on Characteristics of Ammonium Nitrogen Adsorption by Biochar Prepared in Different Temperature

机译:生物炭在不同温度下制备的氮氮吸附特征的研究

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A model was prepared for the preparation of biochar from the biomass of mushroom residue at different carbonization temperature (350 °C,450 °Cand 550 °C) for adsorption characteristics of ammonium nitrogen in water through different ammonium nitrogen concentration, reaction time, pH and temperature. The investigation result showed that the adsorptive amount of these three biochar substances increased quickly with the initial concentration (0-2 h) and the adsorption equilibrium was reached after 4 hours. The adsorptive amount of these three biochars increased with the rise of pH from 5 to 9. Different temperature preparation of biochar on ammonium nitrogen adsorption increases with the rise of temperature. Different temperature preparation of biochar on ammonium nitrogen adsorption amount is in the order of 550 °Cbiochar > 450 ° Cbiochar > 350 °Cbiochar.
机译:制备模型用于在不同碳化温度(350℃,450°C)在不同碳化温度(350℃,450°C)的生物量进行生物炭,以通过不同的氮浓度,反应时间,pH和氮气的吸附特性进行水中氮气的吸附特性。温度。调查结果表明,初始浓度(0-2小时)迅速增加了这三种生物炭物质的吸附量,4小时后达到吸附平衡。这三个生物脉的吸附量随pH的升高而增加了5至9的升高。在氮吸附上的生物炭的不同温度制备随着温度的升高而增加。在氮吸附量的不同温度制备的生物炭加入为550°CBIOCHAR> 450°CBIOCHAR> 350°CBIOCHAR。

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