Tailor made Functional Zeolite as Sustainable Potential Candidates for Catalytic Cracking of Heavy Hydrocarbons

Cooperative modification of PVDF electroactive films due to the exfoliated and oriented Na+‐MMT with assistance of different cationic chain length ionic liquids

“…8 In the future, more application fields, such as wastewater treatment, 9 CO 2 capture, and storage, 10 and catalysis all can act as potential applied research scope. 11,12 To achieve the excellent performance of PVDF/MMT composites as mentioned above, the effective exfoliation and uniform dispersion of MMT in the PVDF matrix are vitally important. 13,14 Organically modified MMT (OMMT) clays have been widely used to compound with PVDF by melt blending 15,16 or solution casting methods 17,18 Due to its hydrophilicity, organic modification is necessary to increase MMT's affinity to hydrophobic PVDF, which induces the excellent dispersion of OMMT in PVDF matrix with intercalated/exfoliated morphology.…”

“…Compared to the pristine PVDF film, the energy density increased to 5.91 J/cm 3 at 1 wt% MMT content 8 . In the future, more application fields, such as wastewater treatment, 9 CO 2 capture, and storage, 10 and catalysis all can act as potential applied research scope 11,12 …”

Analysis of n-hexane, 1-hexene, cyclohexane and cyclohexene catalytic cracking over HZSM-5 zeolites: effects of molecular structure

“…Hydrocarbon catalytic cracking is a traditional topic that has been researched for almost a century. Detailed information about hydrocarbon behavior over zeolites is of significant importance to the production of light olefins, [1][2][3][4][5] the petroleum process, [6][7][8] solid waste resources, [9][10][11][12] etc.…”

Heteroatom‐Modified Zeolite Y and Catalytic Performance of Their NiWS Supported Catalysts for Hydrocracking of Naphthalene

“…The introduction of impurities can not only modify the physicochemical properties of Y zeolite, but also modify the pore channels of Y zeolite and improve its hydrothermal stability [11] . Impregnation modification is one of the most common methods in the process of heteroatom modification, in which heteroatom salt solution is dipped into uniformly spread zeolite in equal volume, and after‐treatment such as drying and roasting is carried out [12] . Under the action of concentration difference, the heteroatom salt solution enters the pore channel of zeolite and adsorbs on the inner surface of zeolite, then interacts with each other and finally loads on zeolite [13] .…”

“…[11] Impregnation modification is one of the most common methods in the process of heteroatom modification, in which heteroatom salt solution is dipped into uniformly spread zeolite in equal volume, and after-treatment such as drying and roasting is carried out. [12] Under the action of concentration difference, the heteroatom salt solution enters the pore channel of zeolite and adsorbs on the inner surface of zeolite, then interacts with each other and finally loads on zeolite. [13] The heteroatom salt solution plays the role of providing adsorption active center in the process of equal volume impregnation.…”