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| Conventionally coal gasification is based on the reaction of coal, steam and oxygen (or air) to form a gaseous product composed mainly of carbon monoxide and hydrogen ("synthesis gas"). Synthesis gas is a valuable feedstock for the petrochemical industry serving for the production of a variety of products such as methanol, synthetic fuels, fuel additives and the like. In this reaction about half the amount of the feed carbon is consumed by burning in order to provide the energy required for the gasification of the other half. The burning is brought about by feeding oxygen or air to the coal bed. It has already been suggested to use concentrated solar energy as the heat source for the production of synthesis gas. Use of this source of energy has the advantage that no combustion is required and consequently virtually all the carbonaceous material fed into the process is pyrolised. Additionally, due to the fact that no combustion occurs the process is environmentally clean. The present invention provides a high-yield, ecologically superior method by which solar energy is used for the production of synthesis gas from carbonaceous material.present concerns gasification solid carbonaceous materials eg coal dispersed water main product mainly hydrogen monoxide depending nature raw variety molecular olefins paraffins various compounds referred synthesis Synthesis valuable feedstock petrochemical industry serving production products methanol synthetic fuels additives Conventionally based reaction steam oxygen (or air) gaseous composed half amount feedcarbon consumed burning order energy brought feeding bed already suggested concentrated solar heat source pyrolysis oil shales waste polymers combustion consequently virtually fed pyrolised Additionally due fact occurs environmentally clean |
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