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Ammonium nitrogen removal from wastewater by biochar adsorption

机译:通过Biochar吸附从废水中除去铵

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Ammonium nitrogen pollution is a key factor related to water eutrophication. In our works, biochar adsorption for ammonium nitrogen removal from wastewater has been investigated. Transmission Electron Microscope with energy dispersive X-ray spectroscopy, X-ray diffraction, and Fourier Transform Infrared spectroscopy was performed to characterize the prepared biochar. The optimal solution pH, and coexisting ions effect for ammonium nitrogen removal from wastewater was examined. Surface characterization demonstrated the obtained biochar was coarse, unshaped, irregular, and contained a great deal of carbon. With an increase in solution pH, biochar adsorption amount of ammonium nitrogen was decrease. With an increase in coexisting ions concentration, biochar adsorption amount of ammonium nitrogen was decrease.
机译:氮污染是与水富营养化有关的关键因素。在我们的作品中,研究了对废水中氮氮的生物炭吸附。进行具有能量分散X射线光谱,X射线衍射和傅里叶变换红外光谱的透射电子显微镜,表征制备的生物炭。检查了对废水中氮除去的氮氮的最佳溶液pH和共存离子效果。表面表征证明了所获得的生物炭是粗糙的,不成立的,不规则的,并且包含大量的碳。随着溶液pH的增加,铵氮的BiOchar吸附量减少。随着共存离子浓度的增加,氮气的Biochar吸附量减少。

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