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Deep Hydrocarbon Conversion

机译:深度烃转化

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摘要

The author proposes a variant of modernization of the catalytic processes of deep hydrocarbon conversion. The main difference and advantage of the proposed approach and technology is that raw materials, basically heavy materials that contain great amount of different harmful mixtures, do not directly interact with the catalyst. The suggested method has a great perspective and can be easily used in the petroleum industry, and may be much cheaper than the known processes of deep conversion. The use of natural and accompanying gas, which is in many cases burned in flares, to generate atomic hydrogen or light radicals makes it possible to minimize costs of the process of deep conversion. The technology is easy to operate and does not require heavy investment and operating costs.
机译:作者提出了深层烃转化催化过程现代化的一种变体。所提出的方法和技术的主要区别和优势在于,原材料(基本上是包含大量不同有害混合物的重质材料)不会直接与催化剂相互作用。所提出的方法具有广阔的前景,可以很容易地在石油工业中使用,并且可能比已知的深度转化方法便宜得多。使用在许多情况下在火炬中燃烧的天然气和伴生气来产生原子氢或轻自由基,可以最大限度地降低深度转化过程的成本。该技术易于操作,不需要大量的投资和运营成本。

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