Industrial Chemicals via C1 Processes

Content: Synthesis gas : feedstock for chemicals / W. Keim --
Chemicals produced in a commercial fischer-tropsch process / Mark E. Dry --
Fluid-bed studies of olefin production from methanol / R.F. Socha, C.D. Chang, R.M. Gould, S.E. Kane, and A.A. Avidan --
Production of C₁-C₆ alcohols from synthesis gas / Ph. Courty, A. Forestiere, N. Kawata, T. Ohno, C. Raimbault, and M. Yoshimoto --
Acetic acid production via low-pressure, nickel-catalyzed methanol carbonylation / Nabil Rizkalla --
Oxidative carbonylation : a new synthesis gas route to adipic and sebacic acids / H.S. Kesling, Jr. --
The selective generation of acetic acid directly from synthesis gas / John F. Knifton --
Preparation of ethylene glycol esters from synthesis gas : use of promoted homogeneous ruthenium-rhodium catalysts / R. Whyman, K. Gilhooley, S. Rigby, and D. Winstanley --
Acetaldehyde production by reductive carbonylation of methanol, methyl ketals, and methyl esters / Richard W. Wegman, David C. Busby, and John B. Letts --
Production of vinyl acetate from methanol and synthesis gas / Nabil Rizkalla and Alan Goliaszewski --
Production of ethyl acetate and propionic acid from methanol and synthesis gas / E. Drent --
Vapor-phase carbonylation of dimethyl ether and methyl acetate with supported transition metal catalysts / Tsutomu Shikada, Kaoru Fujimoto, and Hiro-o Tominaga --
Ammoxidation of methanol to hydrogen cyanide : binary oxide catalysts and mechanistic aspects / J.R. Ebner, J.T. Gleaves, T.C. Kuechler, and T.P. Li --
Catalytic features of carbon-supported Group VIII metal catalysts for methanol carbonylation / Kaoru Fujimoto, Kohji Omata, Tsutomu Shikada, and Hiro-o Tominaga --
Chemical and catalytic properties of ruthenium carbonyl iodide systems during reactions on oxygenated substrates / Giuseppe Braca, Anna Maria Raspolli Galletti, and Glauco Sbrana --
Alcohol synthesis from carbon oxides and hydrogen on palladium and rhodium catalysts : study of active species / A. Kiennemann, J.P. Hindermann, R. Breault, and H. Idriss.