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Dewatering-in-oil Modification Technology For Biomass With High Moisture Content

机译:高水分生物质的油中脱水改性技术

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Biomass is carbon-neutral and its energy conversion is expected to be an important measure for reducing carbon dioxide which causes global warming. However, biomass contains a large amount of water, which reduces heat value, inhibiting the use of biomass as an energy source.rnA gasification technology, using the dewatering-in-oil modification technology for biomass with high moisture content, has been developed by a collaboration among Kobe Steel, Central Research Institute of Electric Power Industry (CRIEPI), Ishikawajima-Harima Heavy Industries Co., Ltd., Hokkaido University and Kyoto University, under the "Development of Elemental Technology for Bioenergy Conversion" led by the New Energy and Industrial Technology Development Organization (NEDO).rnKobe Steel proved that our dewatering-in-oil technology, developed for upgrading brown coal (UBC) technology", is applicable to food waste, such as coffee and tea extraction wastes, with the same level of efficiency as for brown coal.
机译:生物质是碳中性的,其能量转换有望成为减少导致全球变暖的二氧化碳的重要措施。然而,生物质包含大量的水,这降低了热值,从而抑制了将生物质用作能源。rn气化技术已经开发出来,该技术利用油中脱水改性技术对水分含量高的生物质进行了开发。神户制钢株式会社,中央工业大学电力研究所,石川岛播磨重工株式会社,北海道大学和京都大学之间的合作,由新能源和日本工业大学负责。工业技术开发组织(NEDO)。rnKobeSteel证明了我们为升级褐煤(UBC)技术而开发的油中脱水技术“适用于食品垃圾,例如咖啡和茶的提取垃圾,效率类似于褐煤。

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    《Kobelco technology review》 |2007年第27期|72|共1页
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