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    Article

    Process Improvements in Methanol Oxidation to Formaldehyde: Application and Catalyst Development

    Compared with oxide catalysts for many other selective oxidation and ammoxidation processes, the commercial iron molybdate type catalyst for the oxidation of methanol to formaldehyde has an outstanding perform...

    Arne Andersson, Johan Holmberg, Robert Häggblad in Topics in Catalysis (2016)

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    Article

    Cation Vacant Fe3−x−y V x □ y O4 Spinel-Type Catalysts for the Oxidation of Methanol to Formaldehyde

    The potential of Fe–V-oxide catalysts for use in methanol oxidation is explored. Our results show that although FeVO4 is active and selective for formaldehyde (FA) formation, it is not completely stable towards v...

    Mariano Massa, Robert Häggblad, Arne Andersson in Topics in Catalysis (2011)

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    Article

    Substituted Mo–V(Ti)–Te(Ce)-oxide M2 Catalysts for Propene Ammoxidation

    One of the most effective propane to acrylonitrile ammoxidation catalyst is comprised of the two phases M1 (orthorhombic) Mo7.5V1.5NbTeO29 and M2 (pseudo-hexagonal) Mo4V2Te2O20. Under reaction conditions, the two...

    Robert Häggblad, Jakob B. Wagner, Benoit Deniau, Jean-Marc M. Millet… in Topics in Catalysis (2008)