ities, property-estimation methods, dispersion modelling, and correction to the k-ยข model. Considerable differences were found in fuelvapour distribution when using different models, The LIF measurements and the numerical simulations were compared in terms of the fuel-vapour distribution. The simula
Method and apparatus for conversion of heavy oils to liquid fuels for power generation equipment
- Publisher
- Elsevier Science
- Year
- 2002
- Weight
- 181 KB
- Volume
- 43
- Category
- Article
- ISSN
- 0140-6701
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โฆ Synopsis
In Japanese) The title method comprises decomposing heavy oil with water and alkali in a supercritical reactor maintaining the supercritical state of water to form light oil, hydrocarbon-series gas, metal oxide, alkali salts and supercritical water, extracting the decomposition product by maintaining the subcritical state of water or a temperature and pressure below that to extract the hydrocarbon-series gas, light oil and water, separating the extracts to a hydrocarbon gas, light oil and water by gas-liquid separation, and separating the light oil and water by an oil-water separator.
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