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    • 1. 发明公开
    • DRYING UNIT AND METHOD FOR DRYING SOLID FUEL CONTAINING WATER
    • VERFAHREN ZUR TROCKNUNG VON WASSERHALTIGEM FESTBRENNSTOFF的TROCKNUNGSEINHEIT
    • EP2436978A1
    • 2012-04-04
    • EP10780546.7
    • 2010-05-25
    • Mitsubishi Heavy Industries, Ltd.The University of Tokyo
    • YOKOHAMA, KatsuhikoKOSAKA, KenichiroMATSUMOTO, KeigoKAWAMOTO, NoboruYAMAGUCHI, YoshikiKINOSHITA, MasaakiOHURA, KojiTSUTSUMI, AtsushiKANEKO, ShozoMOCHIZUKI, KazuhiroFUSHIMI, ChihiroKANSHA, Yasuki
    • F23K1/04F26B3/08F26B21/04C10L5/40
    • F23K1/04C10L9/08F23K2201/20F26B23/004Y02B30/52Y02E50/30Y02P70/405
    • Provided is a drying unit for drying solid fuel containing water with which low energy-consuming, efficient drying is possible by effectively using the sensible heat and latent heat of a heating medium for drying, and the like. A drying unit (10) for drying solid fuel containing water comprises a dryer (2) for introducing scavenging gas to inside a drying vessel (21) having heating tubes (22) arranged therein; a dust collecting unit (13) for removing microparticles from a microparticle-containing mixed gas current that flows out from the dryer vessel (21); a compressor (30) for compressing a mixed gas current containing steam; a steam heat exchanger (31) for preheating the low-pressure mixed gas current using the high-pressure mixed gas current that has been compressed by the comperessor (30); and a gas-liquid separating unlit (14) for gas-liquid separation of the scavenging gas containing water, which is obtained when the high-pressure mixed gas current passes through the heating tubes (22) to become drying gas that releases heat and then flows out from the heating tubes (22) containing the water of condensation from the steam that was generated when heat was released. Solid fuel containing water is heated and dried inside the drying vessel (21) using the latent heat and the sensible heat of the mixed gas current.
    • 提供一种干燥装置,用于干燥含有水的固体燃料,通过有效地利用加热介质的显热和干燥干燥等的潜热,能够进行低能耗,高效的干燥。 用于干燥含固体燃料的水的干燥单元(10)包括用于将清除气体引入到其中布置有加热管(22)的干燥容器(21)内部的干燥器(2) 用于从从干燥容器(21)流出的含微粒混合气流中除去微粒的集尘单元(13); 用于压缩含蒸汽的混合气流的压缩机(30); 使用由压缩机(30)压缩的高压混合气体电流来预热低压混合气体电流的蒸汽热交换器(31); 以及当高压混合气体流通过加热管(22)而成为干燥气体时得到的含水清扫气体的气液分离器(14),用于气体分离, 从包含冷凝水的加热管(22)从热量释放时产生的蒸汽中流出。 使用潜热和混合气体电流的显热,在干燥容器(21)内加热干燥固体含水的水。
    • 3. 发明公开
    • METHANOL MANUFACTURING SYSTEM AND METHOD
    • 系统VERFAHREN ZUR HERSTELLUNG冯甲醇
    • EP2505574A1
    • 2012-10-03
    • EP10832895.6
    • 2010-06-22
    • Mitsubishi Heavy Industries, Ltd.
    • MATSUMOTO, KeigoFUJIMURA, KoutaroKOSAKA, KenichiroHISHIDA, MasashiYAMAGUCHI, YoshikiKAWAMOTO, NoboruAKIBA, ToshiyaMIYAMOTO, Shuichi
    • C07C29/15B09B3/00C07C31/04C10J3/00
    • C07C29/1518Y02E50/18Y02E50/32C07C31/04
    • Disclosed is a methanol manufacturing system provided with: a gasification furnace (20) that gasifies biomass (21) to obtain gasified biomass (24); methanol synthesis equipment (30) that synthesizes methanol (31) using refined gas (26) derived from the obtained biomass; and a gas reforming/refining device (40) that reforms and refines natural gas (41). Methanol (31) is manufactured as follows: when hydrogen-rich gas (43) derived from the natural gas is sent from the gas reforming/refining device (40) to the methanol synthesis equipment (30) and methanol is synthesized using the biomass-derived refined gas (26) and the hydrogen-rich gas (43), a control device not shown controls the process so that an index (H 2 /(2CO+3CO 2 ) = M value) indicating the proportion of carbon sources (CO, CO 2 ) with respect to hydrogen is at least 1.05 after both gases (the biomass-derived refined gas (26) and the hydrogen-rich gas (43) derived from natural gas) are mixed.
    • 公开了一种甲醇制造系统,其具有气化炉(20),其将生物质(21)气化以获得气化生物质(24); 甲醇合成设备(30),其使用来自所获得的生物质的精制气体(26)合成甲醇(31); 以及改质天然气(41)的气体重整精制装置(40)。 甲醇(31)的制造如下:当从天然气衍生的富氢气体(43)从气体重整精制装置(40)送入甲醇合成装置(30)时,使用生物质 - 得到的精制气体(26)和富氢气体(43),未图示的控制装置控制处理,使得指示碳源(CO)的比例的指标(H 2 /(2CO + 3CO 2)= M值) ,CO 2)相对于氢,在两种气体(来自天然气的生物质衍生精炼气体(26)和富氢气体(43))混合后为至少1.05。