Search Results - "Lu, Chengxue"

Direct syngas conversion to liquefied petroleum gas: Importance of a multifunctional metal-zeolite interface by Lu, Peng, Sun, Jian, Shen, Dongming, Yang, Ruiqin, Xing, Chuang, Lu, Chengxue, Tsubaki, Noritatsu, Shan, Shengdao

“…[Display omitted] •A CuZnAl@H-Beta catalyst with a well-defined metal-zeolite interface was fabricated.•We realized an efficient and tandem conversion of…”
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Syngas to isoparaffins: Rationalizing selectivity over zeolites assisted by a predictive isomerization model by Xing, Chuang, Li, Mingquan, Zhang, Guihua, Noreen, Aqsa, Fu, Yajie, Yao, Miaohong, Lu, Chengxue, Gao, Xinhua, Yang, Ruiqin, Amoo, Cederick Cyril

“…•Zeolite characteristics are exploited to rationalize isoparaffin production in FTS.•Co/SiO2 is paired with ZSM-5, Beta, and SAPO-11 zeolites for this…”
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Rational design of syngas to isoparaffins reaction route over additive dehydrogenation catalyst in a triple-bed system by Zhang, Guihua, Amoo, Cederick Cyril, Li, Mingquan, Wang, Jingyan, Lu, Chengxue, Lu, Peng, Xing, Chuang, Gao, Xinhua, Yang, Ruiqin, Tsubaki, Noritatsu

“…The product of an ideal Fischer-Tropsch synthesis (FTS) reaction contains mainly linear hydrocarbons (paraffins and olefins) with limited selectivity for…”
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A facile solvent-free synthesis strategy for Co-imbedded zeolite-based Fischer-Tropsch catalysts for direct gasoline production by Javed, Mudassar, Cheng, Shilin, Zhang, Guihua, Amoo, Cederick Cyril, Wang, Jingyan, Lu, Peng, Lu, Chengxue, Xing, Chuang, Sun, Jian, Tsubaki, Noritatsu

“…A series of Co-imbedded zeolite-based catalysts were synthesized following a facile solvent-free grinding route. The catalytic performance for direct syngas…”
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An in-situ synthesis of low-cost mesostructured nickel nanoparticles embedded carbon/silica composite via a solid–liquid grinding route and its application for the carbon dioxide reforming of methane by Lu, Peng, Xing, Chuang, Li, Hangjie, Gai, Xikun, Wei, Qinhong, Tan, Li, Lu, Chengxue, Shen, Wenzhong, Yang, Ruiqin, Tsubaki, Noritatsu

“…A facile synthesis route for directly preparing Ni-based mesoporous carbon/silica composite catalysts without further reduction was synthesized successfully…”
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Spatial Confinement Effects of Microcapsule Catalyst for Improved Coking‐ and Sintering‐Resistant Behaviors Toward CO2 Reforming of Methane Reaction by Han, Bing, Amoo, Cederick Cyril, Zhang, Guihua, Cheng, Shilin, Mazonde, Brighton, Javed, Mudassar, Gai, Xikun, Lu, Chengxue, Yang, Ruiqin, Xing, Chuang

“…The CO2 dry reforming of methane (DRM) reaction is an important technology with high prospects to reduce greenhouse gas emissions while simultaneously…”
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Insight into solvent-free synthesis of MOR zeolite and its laboratory scale production by Gao, Weizhe, Amoo, Cederick Cyril, Zhang, Guihua, Javed, Mudassar, Mazonde, Brighton, Lu, Chengxue, Yang, Ruiqin, Xing, Chuang, Tsubaki, Noritatsu

“…The traditional methods for zeolite synthesis include use of various solvents that tend to produce pollutants. It is therefore necessary to find green and…”
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Complete encapsulation of zeolite supported Co based core with silicalite-1 shell to achieve high gasoline selectivity in Fischer-Tropsch synthesis by Javed, Mudassar, Cheng, Shilin, Zhang, Guihua, Dai, Peiyao, Cao, Yingnan, Lu, Chengxue, Yang, Ruiqin, Xing, Chuang, Shan, Shengdao

“…[Display omitted] •Silicalite-1 based microcapsule catalyst is prepared with hydrothermal synthesis.•Silicalite-1 shell is 15 nm thick and it has microporous…”
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From hydrophilic to hydrophobic: A promising approach to tackle high CO2 selectivity of Fe-based Fischer-Tropsch microcapsule catalysts by Javed, Mudassar, Zhang, Guihua, Gao, Weizhe, Cao, Yingnan, Dai, Peiyao, Ji, Xuewei, Lu, Chengxue, Yang, Ruiqin, Xing, Chuang, Sun, Jian

“…[Display omitted] •Silicalite-1 based microcapsule catalysts were prepared with hydrothermal synthesis.•Silicalite-1 shell turned Fe/ZSM-5 core’s surface…”
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The design of a CZ@H-β-P catalyst with core shell structure and its application in LPG synthesis from syngas by Lu, Peng, Shen, Dongming, Cheng, Shilin, Hondo, Emmerson, Chizema, Linet Gapu, Wang, Chengwei, Gai, Xikun, Lu, Chengxue, Yang, Ruiqin

“…[Display omitted] •CZ@H-β-P catalyst with a core–shell structure was designed and prepared.•The tandem reaction broken the traditional thermodynamic…”
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Co-based MOR/ZSM-5 composite zeolites over a solvent-free synthesis strategy for improving gasoline selectivity by Cheng, Shilin, Mazonde, Brighton, Zhang, Guihua, Javed, Mudassar, Dai, Peiyao, Cao, Yingnan, Tu, Sisi, Wu, Jiayi, Lu, Chengxue, Xing, Chuang, Shan, Shengdao

“…[Display omitted] •Co@MOR/ZSM-5 zeolites was fabricated under a solvent-free synthesis method.•Crystallization time was directly proportional with crystal…”
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Influence of Tandem Catalysis and Optimised Parameters on Syngas-Dimethyl Ether Co-fed Process for Ethanol Direct Synthesis in a Dual Bed Reactor by Lu, Peng, Hondo, Emmerson, Gapu Chizema, Linet, Lu, Chengxue, Mei, Yongfei, Tong, Mingliang, Xing, Chuang, Yang, Ruiqin

“…Ethanol use mainly as an alternative green fuel has attracted global attention, hence need for the development of more improved synthesis pathways. In this…”
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Design an in-situ reduction of Ni/C–SiO 2 catalyst and new insights into pretreatment effect for CH 4 –CO 2 reforming reaction by Li, Hangjie, He, Yingluo, Shen, Dongming, Cheng, Shilin, Wang, Jingyan, Liu, Heyang, Xing, Chuang, Shan, Shengdao, Lu, Chengxue, Yang, Ruiqin

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CO2 Hydrogenation to Methanol via In‐situ Reduced Cu/ZnO Catalyst Prepared by Formic acid Assisted Grinding by Lu, Peng, Chizema, Linet Gapu, Hondo, Emmerson, Tong, Mingliang, Xing, Chuang, Lu, Chengxue, Mei, Yongfei, Yang, Ruiqin

“…Methanol is an essential chemical raw material and potential alternative energy source. In this paper, Cu based catalyst was prepared by the noble solid phase…”
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Solvent‐Free Synthesis of 1D Cancrinite Zeolite for Unexpectedly Improved Gasoline Selectivity by Cheng, Shilin, Zhang, Guihua, Javed, Mudassar, Gao, Weizhe, Mazonde, Brighton, Zhang, Yu, Lu, Chengxue, Yang, Ruiqin, Xing, Chuang

“…Zeolites as a kind of representative solid acid material, owning unique microporous channels, could be proposed as reasonable candidate muti‐funcational…”
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Spatial Confinement Effects of Microcapsule Catalyst for Improved Coking‐ and Sintering‐Resistant Behaviors Toward CO 2 Reforming of Methane Reaction by Han, Bing, Amoo, Cederick Cyril, Zhang, Guihua, Cheng, Shilin, Mazonde, Brighton, Javed, Mudassar, Gai, Xikun, Lu, Chengxue, Yang, Ruiqin, Xing, Chuang

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CO 2 Hydrogenation to Methanol via In‐situ Reduced Cu/ZnO Catalyst Prepared by Formic acid Assisted Grinding by Lu, Peng, Chizema, Linet Gapu, Hondo, Emmerson, Tong, Mingliang, Xing, Chuang, Lu, Chengxue, Mei, Yongfei, Yang, Ruiqin

“…Methanol is an essential chemical raw material and potential alternative energy source. In this paper, Cu based catalyst was prepared by the noble solid phase…”
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Silicalite‐1 Encapsulated Fe Particles over an In‐situ Crystal Process for Syngas to Gasoline with Low CO2 Selectivity by Cheng, Shilin, Mazonde, Brighton, Zhang, Guihua, Javed, Mudassar, Amoo, Cederick, Shi, Yanwen, Guo, Kailiang, Yao, Miaohong, Lu, Chengxue, Yang, Guohui, Yang, Ruiqin, Xing, Chuang

“…Zeolite synthesis involved use of large volumes of solvent that resulted in waste and enhanced production costs. In our study, we selected a solvent‐free…”
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Silicalite‐1 Encapsulated Fe Particles over an In‐situ Crystal Process for Syngas to Gasoline with Low CO 2 Selectivity by Cheng, Shilin, Mazonde, Brighton, Zhang, Guihua, Javed, Mudassar, Amoo, Cederick, Shi, Yanwen, Guo, Kailiang, Yao, Miaohong, Lu, Chengxue, Yang, Guohui, Yang, Ruiqin, Xing, Chuang

“…Zeolite synthesis involved use of large volumes of solvent that resulted in waste and enhanced production costs. In our study, we selected a solvent‐free…”
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Study on new method and mechanism of low-temperature methanol synthesis by Wenze Li, Baoyan Zhang, Ruiqin Yang, Chengxue Lu, Ling Zeng, Liujiu Xiao, Ying Xie, Peng Lu, Chuang Xing, Lei Shi, Tsubaki, Noritatsu

“…The methanol could be synthesized from the CO/CO 2 /H 2 on Cu/ZnO catalysts using alcohol solvent at 443 K and 3.0 Mpa. The activity of the catalyst with ZnO…”
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