Amine Functionalized Wheat Bran Husk as Bio-Based Organic Adsorbent for Low-Density Polyethylene Composite of Carbon Dioxide Capture

Carbon Dioxide Capture through Physical and Chemical Adsorption Using Porous Carbon Materials: A Review

“…It is a well-known fact that the CO 2 adsorption capacity predominantly depends on chemisorption by amine-functionalized porous carbon materials. Lourenco et al [234], Kwan et al [165], Shafeeyan et al [116], Gibson et al [218], and Shin, Rhee, and Park [229] have claimed that the notable CO 2 adsorption capacities of the amine-modified carbon supports compared to the pristine materials is due to the enhanced acid-base interactions between the basic functional groups such as EDA, PEI, TETA, AMP, PZ, MEA, and amidoxime as illustrated in Figure 10 on the carbon support surface and acidic CO 2 molecules. It has been reported that the more significant CO 2 capture performance at low temperatures and 1 bar is also due to the favorable interactions between the basic NH 2 groups and acidic CO 2 molecules [233].…”

“…Waste materials and byproducts can be effectively utilized from the practical perspective to minimize the overall cost of porous carbon fabrication. In this context, biomass serves as the best candidate [15,47,165]. In the reported literature, scientists have used cork dust, bio-tar, date seed, coconut shells, rice husk, lotus stalk, mangosteen peel, poplar catkin, sugarcane bagasse, pinewood, peanut shell, walnut shell, algae, chars derived from biomass gasifiers, palm kernel shells, paper mill sludge, pine sawdust, sucrose, solid bamboo residues, and hazelnut shells to produce porous carbon-based materials for CO 2 gas capture.…”

“…Mangosteel peel [15] Starch [32,46,49,138], Chitin [52], Waste wool [165], Chitosan [88], Lignin [161] Anthracene oil-based pitch [166], Petroleum coke [10,81,146], Asphalt [89,167], Iranian asphaltene [7], Petroleum tar pitch [168], Coal particles [169] Graphene oxide [170], Graphene [91] PAN [34,58], Polypyrrole [135,171],…”

“…Laponite RD was modified using aminopropyl triethoxysilane (APTES) to fabricate a ternary composite aerogel comprising graphene oxide/Laponite RD/chitosan through the electrostatic self-assembly method [243]. According to the Schiff reaction, PEI was functionalized onto wheat bran husks without biomass carbonization [165]. Microcrystalline cellulose/silica and nanocrystalline cellulose/silica composites attached with amidoxime groups were fabricated via the evaporation-induced self-assembly (EISA) [48,51].…”

Selective CO2 adsorption and bathochromic shift in a phosphocholine-based lipid and conjugated polymer assembly

“…Numerous investigations on capturing and storing CO 2 have been reported in the field of CO 2 fixation. 22–24 CO 2 gas can be collected in a variety of ways 25 that include physical adsorption without any chemical reactions 22,26 and chemisorption with a chemical reaction such as the production of carbamic acid with an amine 1,27–29 or mineral salts. 2,30 Low interfacial energy, which derives from high polarity, and a large surface area are critical elements for improving capture efficiency in both physisorption and chemisorption.…”