科莱恩分子筛解决方案：催动可持续转型 创造更绿色未来

科莱恩分子筛解决方案科莱恩分子筛解决方案：催动可持续转型创造更绿色未来目录1.2.3.4.4.1.4.2.解决方案4.3.科莱恩AEL4.4.4.5.SAF4.6.ETJ4.7.MTJ5.5.1.5.2.解决方案5.3.ETOMFI5.4.科莱恩MFI5.5.6.6.1.N2ONOx6.2.BETA6.3.7.8.9.视频清单1SAF图例清单1.2.SAF3.科莱恩AEL45. MFI6.7.科莱恩Hysopar™8. SAFSCR 科莱恩分子筛解决方案1Clariant1.概要Clariant科莱恩的关键分子筛解决方案包括：• AFI• MFI•Beta请观看：探索科莱恩的分子筛解决方案如何推动各行业的可持续转型！ SAFSAFHEFASAFETOSCRNOx 科莱恩分子筛解决方案2.引言本白皮书将深入探讨科莱恩分子筛解决方案的三大主要应用领域：1.2.3.3.分子筛：独特的催化材料SiO₄•••••• SAF2.5%12.5%SAFAlO₄3-10 the synthesis of a wide rafoegnrenewable and degradable bio- based plastics.Brønsted acid zeolites can also be used in the conversion of sugar-de rived 2,5 -dimethylfuran into aromatics. Traditionaf,yll uranic molecules are converted intoaromatics by a Diels- Alder cycloadditionwith high-pressurneceR.enelyhteetly,thecatalytic conversion of 2,5-dimraotnarufly hteomaticswith ethanol overBrønsted acidic zeolites H-ZSM- 5 (MFI type) andH-USY (USY type) wasreported.11The usage of liquid ethanol instead of gaseous ethylene made the production ofaromatics much simpler and renewable. More importantly, much improved reactionrates (turnover frequency up to 153 102hr1) and selectivity (up to 90%) tooxygen atoms. The size of the ring (in nm) and the pore directions are also given.930Chem3, 928–949, December 14, 2017科莱恩分子筛解决方案 5040302010048.6 Gt33.8 Gt14.8 Gt[Gt]科莱恩分子筛解决方案4.利用废油生产可持续航空燃料4.1.挑战SAF2019–2050年累计二氧化碳排放量2201920503. GraverSAF2050SAF59%64%SAF65%4.2.解决方案SAFSAF 2.00 °C1.75 °C1.50 °C19.9 Gt28.7 Gt22.5 Gt26.1 Gt2.5%SAFICCTIATA2050IEASAF 科莱恩分子筛解决方案4.3.科莱恩AEL型分子筛催化剂：用于将废油转化为SAFAELAEL4.4.优点采用科莱恩分子筛生产的支链异构烷烃具有以下特点：••••••80%3AEL HEFAAELHEFA 科莱恩分子筛解决方案4.5.在可持续航空燃料（SAF）生产中的成功应用SAFSAF4.6.乙醇制航空燃料（ETJ）路线ETJ工艺在多个关键步骤都依赖于科莱恩的催化剂：•••SAF4.7.甲醇制航空燃料（MTJ）路线MTJMTOMTGSAFMTJ4 SAFSAFSAFSAFSAFETJETJETJMTJ 科莱恩分子筛解决方案5.利用可再生原料生产碳中和塑料5.1.挑战5.2.解决方案MFI5.3.科莱恩用于乙醇制烯烃（ETO）工艺的MFI型分子筛催化剂MFIETOMFI烯烃的转化过程5MFI MFI 科莱恩分子筛解决方案5.4.科莱恩MFI型分子筛的主要特点择形性和孔结构• MFI5.5••催化剂稳定性和可重复使用性••••550C工艺强化•ETO••5.5.优点••••6 ETO7.5 [2]MFI[2]267 g·L-1·h-1 [2]7Hysopar™ TrinidadChilePortugalUSA科莱恩分子筛解决方案6.科莱恩分子筛基工业排放控制方案NOxN2ON2OCO23001CO20.2%6.1.科莱恩用于N2O和NOx减排的分子筛基催化剂N2ONOx99%N2O356.2.铁改性BETA型分子筛用于选择性催化还原（SCR）N2OBETANOxNOxBETA6.3.分子筛基减排方案的成功经验99%N2O1330ppmv8S. Sauerbeck•••13•30 ppmv对全球的影响：全球安装超过35套装置对环境的影响：每年减少2000万吨二氧化碳当量排放 UKNLHungaryAustriaGermanyItalyEgyptRSAPakistanIndiaChinaSouth KoreaIndonesiaVietnamTurkeyN2O340–600C200035NOxSCRBETASCRNOxNOx202410ANNA 1.定制化能力•••2.最先进的设施与专业知识•••3. 50余年分子筛专业经验积累••4.分子筛网络遍布全球••5.合作伙伴关系••6.对创新的承诺•••科莱恩分子筛解决方案的关键优势：科莱恩分子筛解决方案7.科莱恩的全球实力与承诺 科莱恩分子筛解决方案8.结论分子筛由于其高选择性、热稳定性和分子筛选能力的独特性能，在应对全球可持续性挑战中不可或缺。科莱恩的分子筛解决方案具有一系列优势，包括：••••• This information corresponds to the present state of our knowledge and is intended as a general description of ourproducts and their possible applications. Clariant makes no warranties, express or implied, as to theinformation’sacinformation. Any user of this product is responsible for determining the suitability of Clariant’s products for itsparticular application. *Nothing included in this information waives any ofClariant’s General Terms and Conditionsof Sale, which control unless it agrees otherwise in writing. Any existingintellectual/industrial property rights mustbe observed. Due to possible changes in our products and applicablenational and international regulations and laws,the status of our products could change. Material Safety Data Sheets providing safety precautions, that shouldbe observed when handling or storing Clariant products, are available upon request and are provided in compliancewith applicable law. You should obtain and review the applicable Material Safety Data Sheetinformation beforehandling any of these products. For additional information, please contact Clariant.*For sales to customers located within the United States and Canada the following applies in additionNO EXPRESS OR IMPLIED WARRANTY IS MADE OF THE MERCHANTABILITY, SUITABILITY,FITNESS FORA PARTICULAR PURPOSE OR OTHERWISE OF ANY PRODUCT OR SERVICE. 9/2010© 2024 Clariant International Ltd, Rothausstrasse 61, 4132 Muttenz, SwitzerlandCLARIANT INTERNATIONAL LTDRothausstrasse 614132 MuttenzSwitzerlandCATALYSTSCLARIANT.COM/ZEOLITESGreater catalyst.Smaller footprint.9. ReferencesAG Technical Report Series, TR-2023-05. Muttenz, Switzerland: Clariant International Ltd.[2] Li, Y., Li, L., & Yu, J. (2017). Applications of Zeolites in Sustainable Chemistry. Chem, 3(6), 928–949. Applications ofZeolites in Sustainable Chemistry – ScienceDirect[3] Graver, B., Rutherford, D., & Zheng, S. (2022). Vision 2050: Aligning aviation with the Paris Agreement.International Council on Clean Transportation.https://theicct.org/publication/global-aviation-vision-2050-align-aviation-paris-jun22/[4] International Air Transport Association. (2021). Net Zero 2050: Sustainable Aviation Fuels.https://www.iata.org/en/iata-repository/pressroom/fact-sheets/fact-sheet---alternative-fuels/[5] International Energy Agency. (2022). Aviation. https://www.iea.org/energy-system/transport/aviation[6] Dusselier, M., Van Wouwe, P., D