Titlebook: Chemicals from Synthesis Gas; Catalytic Reactions Roger A. Sheldon Book 1983 Springer Science+Business Media Dordrecht 1983 Ion.oxygen.syn

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Introduction to Petrochemicals,o 1: 3 depending on the method used for generating the syn gas (see below). It can be produced from almost anything containing carbon and hydrogen, from methane to manure [1]. The most important source of syn gas at the present time is steam reforming of methane (natural gas) which affords CO/H. in

libertine

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Olefin Hydroformylation,o a variety of oxygenated derivatives such as alcohols, aldehydes, ketones and carboxylic acids. The introduction of oxygen into the molecule generally involves reaction of the olefin with one of the three abundantly available reagents: water, molecular oxygen or carbon monoxide. Examples of reactio

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Methanol and Formaldehyde,nufacture of industrial chemicals. In this and the next chapter we shall examine the direct transformation of methanol to industrial chemicals. Much of the chemistry on which these processes are based has been known since the 1940s. It was not until quite recently, however, that the rising prices of

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,Summary — Directions for the Future,opylene, butenes and butadiene and the aromatics benzene, toluene and xylenes constitute the key base chemicals in this industry. This dependence on a single raw material for both liquid fuels and chemicals places the chemical industry in an extremely vulnerable position. This vulnerability has beco