efficiency; the former gave the similar oil yield to that with tetralin solvent, while the latter did the lower yield because of its too high hydrogen acceptability. The liquefaction scheme for the higher efficiency is discussed in terms of reaction conditions including catalysts and solvents.
98/03684 Waste plastic pyrolysis and oil formation apparatus for treatment of pyrolysis residues
- Publisher
- Elsevier Science
- Year
- 1998
- Weight
- 198 KB
- Volume
- 39
- Category
- Article
- ISSN
- 0140-6701
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โฆ Synopsis
03 Gaseous fuels (sources, propetiies, recovery, treatment)
98103678
Technology of methyl ester production and its application to biodiesel Gutsche, B. FettlLipid, 1997, 99, (12) 418-427. (In German) Over the last decade, rapid development of the technology for Me ester production from plant oils for fuel application was experienced. A short introduction into basics of Me ester synthesis is given by this paper. Different production technologies like small agroplants or big oleochemical plants as well as batch or continuous processing are presented. Some conclusions about European technologies currently available, based on literature data, are given.
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03 Gaseous fuels (sources, propetiies, recovery, treatment) ## 98103678 Technology of methyl ester production and its application to biodiesel Gutsche, B. FettlLipid, 1997, 99, (12) 418-427. (In German) Over the last decade, rapid development of the technology for Me ester production from plant o
In Japanese) A means of distillation to recover oils by thermal decomposition of raw materials containing plasticizers, halogen compounds and waste plastics is a feature of this apparatus. Also included is a cooling means to separate decomposition products of plasticizers from a gas or a liquid obt