Continuous CO2 capture performance of K2CO3/Al2O3 sorbents in a novel two-stage integrated bubbling-transport fluidized reactor

Investigation of CO2 Capture in Three-Dimensional Full-Loop Integrated Bubbling-Transport Bed Adsorber

“…9 Nevertheless, the gas−solid contact is less efficient for the same reactor volume, and the CO 2 capture efficiency cannot reach a high level unless the reactor height is increased to allow for sufficient gas−solid contact. In our previous study, a novel integrated bubblingtransport bed reactor was proposed: 10 it had the advantage of enabling the control of gas−sorbent contact and the sorbent circulation rate. However, details of the flow hydrodynamics and CO 2 reaction processes in the bubbling-transport bed reactor are still not clearly understood, owing to the intrinsic limitations of experimental measurements.…”

Ce stabilized Ni–SrO as a catalytic phase transition sorbent for integrated CO2 capture and CH4 reforming

“…The International Energy Agency considers carbon capture and storage (CCS) as one of the key strategies to mitigate CO 2 emission in the short to intermediate term since it is applicable to large CO 2 sources like power plants, cement plants, etc. To date, extensive efforts have been committed to developing high performance sorbents for CO 2 removal, including grafted amine on porous materials, 3–5 alkaline earth metal oxides, 6–9 alkali metal-based salts, 10–12 etc. However, the commercial application of CCS still faces challenges such as high capital cost, substantial energy penalty, and unreliable CO 2 storage technology.…”

Recyclable carbon nanotube/silicone oil emulsion with NaOH aqueous solution for indoor CO2 capture

“…2 The materials used in these applications have a high CO 2 capture capacity and fast reaction rate for rapid CO 2 removal. 3,4 However, materials used in industry are not suitable for the capture of low concentrations of CO 2 at the ppm level. In indoor environments, the CO 2 concentration increases from 1000 to 5000 ppm (ref.…”