Sequestration of carbon dioxide by m-xylylenediamine with forming a crystalline adduct

Archives of Metallurgy and Materials

“…Fig. 3 shows the extraction yield (%) of each component from a multi-component system containing ca (5 wt%) and variation of ph, which is consistent with the actual wastewater [3]. in the case of cyanex301, ca was not extracted while both co and eu were effectively extracted regardless of initial ph depending on the separation factor in taBLe 2.…”

“…the extraction ability of the extractants were evaluated by comparing the extraction yield (%) and separation factor (β) under ph 6, because the initial ph of the actual wastewater is expected to be acidic [3]. the separation factor, the ratio of distribution coefficients, is a parameter describing the selectivity of the extractant for the target elements, and the selectivity of the target element for the extractant is proportional to the separation factor [5,6].…”

“…in addition, when radioactive materials and non-polluting materials are effectively separated, the efficiency of waste valorization could be improved [2]. Various studies were conducted to reduce the volume of radioactive decommissioning concrete waste, and recently, a method of effectively reducing the volume of concrete waste by sequentially applying a thermomechanical and chemical treatment method has been developed [3]. however, a large amount of secondary acidic radioactive wastewater with a high chloride concentration was generated during the chemical treatment step.…”

m-Xylylenediaminium sulfate: crystal structure and Hirshfeld surface analysis

“…m-Xylylenediaminum compounds have been intensively investigated due to their good antimicrobial activity against various antibacterial and antifungal species (Murugesan et al, 2015). Sequestration of carbon dioxide by m-xylylenediamine with formation of a crystalline adduct has been reported (Lee et al, 2013). In addition, polyamides of m-xylylenediamine possess dielectric properties (Murata et al, 1999).…”

CO2-Selective Absorbents in Air: Reverse Lipid Bilayer Structure Forming Neutral Carbamic Acid in Water without Hydration

“…Exposing the solution of MXDA 4e to CO 2 gas in water also provided the same solid. More recently, Zhu and co-workers reported that the reaction of MXDA and 1 atm of dry CO 2 formed MXDA·1.1­(CO 2 ). However, the product was speculatively identified based on the amount of released CO 2 , and no structural evidence of MXDA·1.1­(CO 2 ) was reported.…”