Experimental Study for Carbon Dioxide Removal System in Space Station

Reversible CO2 Capture by Unexpected Plastic-, Resin-, and Gel-like Ionic Soft Materials Discovered during the Combi-Click Generation of a TSIL Library

“…Subsequent passage of hot water (∼80 °C) through the coil while subjecting the sample to mechanical vacuum resulted in CO 2 extrusion and a return of the resin to its original appearance. To our knowledge, these compounds are the first non-polymeric plastic or resinous materials used to capture CO 2 , making them interesting counterparts to SAWD (solid amine/water desorption) technology 1 [1B2A3A] is “sliced” and removed in strips from the reaction vessel as a moldable transparent film.…”

“…To our knowledge, these compounds are the first non-polymeric plastic or resinous materials used to capture CO 2 , making them interesting counterparts to SAWD (solid amine/water desorption) technology. 14 Gravimetric measurements intended to quantify CO 2 uptake by the soft phases gave erratic results (Supporting Information), likely a result of mass fluctuations from water loss into the dry gas stream and concurrent CO 2 uptake by the scavenger. Nevertheless, CO 2 uptake by any of the salts, which occurs even when they are left open to air, is confirmed in a variety of fashions.…”

Enhanced CO2 Adsorption over Silica-Supported Tetraethylenepentamine Sorbents Doped with Alkanolamines or Alcohols

“…So far, a variety of molecular sieve systems have been adopted as the preferred sorbents for such CO 2 sequestration. − Despite the stable performance and the excellent safety, the intrinsic hydrophilicity of most molecular sieves generally renders the adsorption system used in this regard much complicated; for example, the inlet gas dehumidification must precede the CO 2 adsorption process. Since the first CO 2 adsorption systems containing solid amines were proposed, , many researchers have paid intense attention to the development of amine-based sorbents because such kind of materials can get rid of CO 2 from humid air and be regenerated by the pressure-swing desorption. − …”