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In the present work, well ordered, N-doped mesoporous carbon (MCN) sorbent  with uniform mesoporous wall, high surface area and pore volume has been  fabricated using the simple polymerization reaction between ethylene diamine  and carbon tetrachloride in mesoporous silica media. The structural order and  textural properties of nanostructured materials were studied by XRD,  elemental analysis, and nitrogen Adsorption-desorption experiment. Adsorption  of Chromate over various porous adsorbents such as mesoporous carbon (MC),  N-doped mesoporous carbon (MCN), and amino modified mesoporous carbon (AMC)  was studied from solutions with different concentration, temperature and pH  in polar (water) solvent. The adsorption isotherms of Chromate were in  agreement with Langmuir model, moreover, the uptake capacity of Chromate over  MCN was much higher than amino modified mesoporous carbon (AMC) and pristine  mesoporous carbon adsorbent

chemical industry and chemical engineering quarterly

The effect of mesoporous carbon modification by nitrogen on its enrichment efficiency of chromate ion: Comparison between N-doped mesoporous carbon and amino grafted mesoporous carbon