Cholinium-amino acid ionic liquids as biocompatible agents for carbon dioxide absorption

Improving performance of mesoporous MOF AlTp impregnated with ionic liquids for CO2 adsorption

“…The cell of adsorption entails an 8 MHz AT-cut quartz crystal applied in the electrical oscillator circuit. Adsorption apparatus performance has been mentioned in the prior papers by authors in detail [36][37][38] . The adsorption capacity of adsorbent, Q e ( mg CO 2 .g −1 ILs/AlTp ) was computed as follows:…”

[Ch][TAPSO] As an Efficient Ionic Liquid Catalyst for One‐Pot Synthesis ofTetrahydro‐4H‐chromenes and 3,4‐Dihydropyrano[c]chromenes

“…In the present era, the use of ionic liquids have been intensively investigated in various fields like organic synthesis, [45,46] catalysis, [47][48][49][50] pharmaceutical industry, [51] nanochemistry [52][53][54] and the others. [55,56] These useful materials can act as solvent in organic synthesis and usually increase the efficiency, yield and selectivity of the products. They possess unique properties like negligible vapour pressure, low flammability, excellent thermal stability as well as high solvation properties.…”

“…Ionic liquids are a class of ionic salt‐like materials which are liquid at room temperature or even below 0 °C. In the present era, the use of ionic liquids have been intensively investigated in various fields like organic synthesis, [45,46] catalysis, [47–50] pharmaceutical industry, [51] nanochemistry [52–54] and the others [55,56] . These useful materials can act as solvent in organic synthesis and usually increase the efficiency, yield and selectivity of the products.…”

Chemical similarity of dialkyl carbonates and carbon dioxide opens an avenue for novel greenhouse gas scavengers: cheap recycling and low volatility via experiments and simulations

“…[8][9][10][11][12] Both physical and chemical sorption of CO 2 represent a practical interest. [13][14][15][16][17][18] The current chemisorption solutions are preferentially based on the formation of a carbon-nitrogen covalent bond (viz., alkyl amines and derivatives) and strong oxygen-metal ionic bonds (viz., carbonate looping). [19][20][21] In turn, the physical sorption of CO 2 relies on the electrostatic attraction between the oxygen atoms of CO 2 and the electrondeficient interaction centers of the scavenger or the carbon atom of CO 2 and the electron-rich interaction centers of the scavenger.…”

“…Both physical and chemical sorption of CO 2 represent a practical interest. 13–18 The current chemisorption solutions are preferentially based on the formation of a carbon–nitrogen covalent bond ( viz. , alkyl amines and derivatives) and strong oxygen–metal ionic bonds ( viz.…”