… both CO 2 capture from various sources and its conversion … present the first charged covalent
triazine framework (cCTF) … polymers improved substantially their CO 2 affinity (up to 133 …

… recent advances in using CTFs for CO 2 capture. First, a brief … combustion capture means
conversion before separating CO 2 . … , charged CTFs have been confirmed to have higher CO 2 …

… CO 2 cycloaddition experiments were operated through the MICRO-REACTOR YZQR-25
instrument. The reactor was charged … removed with CO 2 , and the operations of charging and …

… provides a novel perspective for the targeted design and rapid synthesis of charged dicationic
COF-based catalysts for high efficiency and durability in CO 2 capture and conversion. …

… Covalent Triazine Frameworks In a typical CTF synthesis a Duran ampule (1 × 12 cm) was
charged … absent, which suggests that complete conversion of the monomers via trimerization …

… adsorption capacity associated with strong affinity to active metal species, which make
them to be promising candidates for CO 2 capture and conversion into industrially useful …

… of CCS (Carbon Capture and Storage) and CCU (Carbon Capture and Utilization… charged
using pure CO 2 gas (99%) using a balloon setup. After the successful completion of the CO 2 …

… One potent strategy to raise up its conversion efficacy is engineering heterostructure by … to
facilitate the charge delivery within the photocatalyst. Herein, three metal organic frameworks (…

… of porous materials for carbon capture storage, catalysis and … followed by the conversion of
nitriles into triazines by applying heat. … on the first charged covalent triazine framework (cCTF) …

… (CIF) comprised of triphenylamine (TPA) and triazine (T) moieties were synthesized under …
a reasonable CO 2 capture capacity of 77.3/50.2 mg g −1 at 1 bar and CO 2 selectivity over N …