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BORESKOV INSTITUTE OF CATALYSIS

History of the institute . Founded in 1958 by G. K. Boreskov in Novosibirsk, RussiaThe biggest research institute in catalysis in the world Fundamentals of heterogeneous, homogeneous and enzymes catalysis Development of new catalysts and catalytic processesAbout 1000 employees(400 scienti

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BORESKOV INSTITUTE OF CATALYSIS

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    1. BORESKOV INSTITUTE OF CATALYSIS Prof. Vladislav A. Sadykov Workshop Ť R&D on Materials in Russia and CIS ť Paris, June 10 -11, 2002 http:www.catalysis.nsk.su

    2. History of the institute Founded in 1958 by G. K. Boreskov in Novosibirsk, Russia The biggest research institute in catalysis in the world Fundamentals of heterogeneous, homogeneous and enzymes catalysis Development of new catalysts and catalytic processes About 1000 employees  (400 scientists)      >40 Drs. Sci. ,    >200 PhD

    3. Current Structure and Activities of the Institute

    4. New Catalytic Materials and Technologies of their Synthesis Supermicroporous catalysts and adsorbents based upon Zirconia Pillared Clays Advantages: Template-free synthesis; High thermal (up to 800oC) and hydrothermal stability; Free access of bulky molecules into galleries ~ 10 A; Loading of variety of active components on pillars; Shaping as bulk or supported monolithic catalysts Complex framework zirconium phosphates (ultradispersed/dense) Advantages: New efficient methods of designed synthesis via soft mechanochemistry; broad variation of acid-base, red-ox, transport and thermal expansion properties; Radiation stability and ultra-low solubility; Poisons and coking resistance

    5. New Catalytic Materials and Technologies of their Synthesis Cermets as catalysts for high -heat -flux processes  Advantages: Controlled synthesis via hydrothermal treatment or anodic –spark oxidation of Al in a variety of shapes; Developed easily tuned pore structure; High thermal conductivity, mechanical strength; Free reagents access to encapsulated active components Ultradispersed perovskites and Ceria-based fluorite-like complex oxides as catalysts for high-temperature red-ox processes  Advantages: Phase-pure oxides synthesis via mechanochemistry and complex polymerized precursors; Tuned red-ox properties, phase stability and high oxygen mobility; Variety of shapes (monoliths)

    6. Applications of Materials and Technologies Zirconia Pillared Clays: Petrochemistry (alkylation, cracking, fuels upgrading), environment protection (de-NOx for diesel exhausts, adsorbents, etc)- instead of large-pore zeolites Complex framework zirconium phosphates Petrochemistry, selective oxidation of hydrocarbons, environment protection, energy generation, radio waste processing, chemical weapons destruction

    7. Applications of Materials and Technologies Cermets Environment protection, hydrogen and syn-gas generation, fuels synthesis, combustion of biofuels Ultradispersed fluorite- and perovskite-like oxides Energy production, basic chemical industry, hydrogen and syngas generation, fuel cells, environmental protection

    8. Partnership already established Abroad Penn State University (USA); University of Limerick (Ireland); Chalmers University of Technology (Sweden), Humboldt University (Germany); Université du Littoral (France), University of Salerno (Italy)

    9. Cooperation we are looking for Up-scaling and development of new materials/catalysts manufacturing technology to the pilot-industrial level; up-scaling of related technologies based upon application of those new catalysts/materials, pilot and field tests; commercialization Forms of cooperation: via ISTC projects or directly

    10. Contact information: Prof. Vladislav A. Sadykov Boreskov Institute of Catalysis Russian Academy of Sciences Lavrentiev Pr. , 5, 630090, Novosibirsk, Russia Tel. 7 3832 343763; fax 7 3832 343766 E-mail: sadykov@catalysis.nsk.su

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