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    • 1. 发明申请
    • SYSTEMS AND METHODS FOR CONVERTING BIOMASS IN THE FIELD TO A COMBUSTIBLE FLUID FOR DIRECT REPLACEMENT OR SUPPLEMENT TO LIQUID FOSSIL FUELS
    • 用于将现场生物量转化为可燃流体以便直接替换或补充液体化石燃料的系统和方法
    • WO2010022337A2
    • 2010-02-25
    • PCT/US2009/054623
    • 2009-08-21
    • MCKNIGHT, James, T.WHITE, Ken, W.
    • MCKNIGHT, James, T.WHITE, Ken, W.
    • F02B45/06A01D82/00A01D43/10F02B45/02F26B17/02B65G15/30
    • F26B1/005F26B23/028F26B2200/02
    • Methods, systems, and devices convert biomass from the field to provide heat, motive working gas, electrical energy, or fuel such that the biomass directly replaces or supplements liquid fossil fuels wherever these fuels may be used. The methods include procedures for harvesting the biomass, reducing it to a transportable form, purifying it and blending additives as necessary, and finally reducing the refined biomass to an explosible particle size distribution generally finer than 80 mesh for heating applications or 200 mesh for application in internal or external combustion engines. The present invention preferably includes transportation of the finished powder to storage units at the end user site, where the fuel is used by continuous delivery, metering, and dispersal in air to produce a continuous supply of an explosible fluid dispersion for direct energy conversion. Systems of automatic production for a variety of applications are also described.
    • 方法,系统和设备将来自现场的生物质转化为提供热量,动力工作气体,电能或燃料,使得生物质直接替换或补充液体化石燃料,无论这些燃料在何处使用。 所述方法包括收获生物质,将其还原成可运输形式,纯化它并根据需要混合添加剂的程序,并最终将精制生物质还原成通常优于80目用于加热应用或200目用于应用的可爆炸粒度分布 内部或外部内燃机。 本发明优选地包括将成品粉末输送到最终用户位置处的储存单元,其中通过连续输送,计量和分散在空气中来使用燃料,以产生用于直接能量转换的可爆流体分散体的连续供应。 还介绍了各种应用的自动生产系统。
    • 3. 发明申请
    • PROCEDIMIENTO PARA LA GENERACIÓN DE ENERGÍA PIROELÉCTRICA
    • 生成电能的方法
    • WO2010081929A1
    • 2010-07-22
    • PCT/ES2010/070019
    • 2010-01-18
    • OEMA INGENIEROS, S.L.IBÁÑEZ DE ALBA, Antonio
    • IBÁÑEZ DE ALBA, Antonio
    • F02B45/06F02B45/08F01B11/00F02B71/04
    • F01K27/00
    • La presente invención se refiere a un procedimiento para la generación de energía piroeléctrica caracterizado por comprender, al menos: d)una primera etapa de generación de energía a partir de la detonación controlada de al menos un material explosivo situado en el interior de al menos una cámara de explosión; e)una etapa de control y aprovechamiento de la energía generada en la etapa anterior; f)una última etapa de transformación de la energía en energía piroeléctrica. Asimismo, es objeto de esta invención un dispositivo especialmente adecuado para la generación de energía a partir de al menos un material explosivo para su posterior transformación en energía piroeléctrica, así como central eléctrica caracterizada por comprender dicho dispositivo.
    • 产生热电能的方法 本发明涉及一种用于产生热电能的方法,其特征在于,其至少包括:d)用于从位于至少一个爆炸室内的至少一个爆炸物质的受控爆炸产生能量的第一阶段; e)控制和利用第一阶段产生的能量的阶段; f)将能量转换成热电能的最后阶段。 本发明还涉及一种特别设计用于从至少一种爆炸性材料产生能量以便随后将其转化成热电能的装置,以及一种电站,其特征在于其包括所述装置。
    • 4. 发明申请
    • SYSTEMS AND METHODS FOR CONVERTING BIOMASS IN THE FIELD TO A COMBUSTIBLE FLUID FOR DIRECT REPLACEMENT OR SUPPLEMENT TO LIQUID FOSSIL FUELS
    • 用于将现场生物质转化为可燃液体直接更换或补充液体燃料的系统和方法
    • WO2010022337A3
    • 2010-04-22
    • PCT/US2009054623
    • 2009-08-21
    • MCKNIGHT JAMES TWHITE KEN W
    • MCKNIGHT JAMES TWHITE KEN W
    • F02B45/06A01D43/10A01D82/00B65G15/30F02B45/02F26B17/02
    • F26B1/005F26B23/028F26B2200/02
    • Methods, systems, and devices convert biomass from the field to provide heat, motive working gas, electrical energy, or fuel such that the biomass directly replaces or supplements liquid fossil fuels wherever these fuels may be used. The methods include procedures for harvesting the biomass, reducing it to a transportable form, purifying it and blending additives as necessary, and finally reducing the refined biomass to an explosible particle size distribution generally finer than 80 mesh for heating applications or 200 mesh for application in internal or external combustion engines. The present invention preferably includes transportation of the finished powder to storage units at the end user site, where the fuel is used by continuous delivery, metering, and dispersal in air to produce a continuous supply of an explosible fluid dispersion for direct energy conversion. Systems of automatic production for a variety of applications are also described.
    • 方法,系统和设备将生物质从现场转化为提供热量,动力工作气体,电能或燃料,使得生物质直接替代或补充液体化石燃料,无论这些燃料可以在哪里使用。 这些方法包括收获生物质的方法,将其还原成可运输的形式,将其纯化并根据需要混合添加剂,最后将精制生物质还原成通常比80目高的可爆炸粒度分布,用于加热应用或200目以适用于 内燃机或外燃机。 本发明优选地包括将成品粉末运输到最终用户现场的储存单元,其中通过在空气中连续输送,计量和分散使用燃料以产生用于直接能量转换的可爆炸流体分散体的连续供应。 还描述了用于各种应用的自动生产系统。