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    • 1. 发明申请
    • FLUID HEATING DEVICE WITH PULSE COMBUSTOR
    • 带脉冲燃烧器的流体加热装置
    • WO1982000047A1
    • 1982-01-07
    • PCT/US1981000854
    • 1981-06-19
    • BATTELLE DEV CORP
    • BATTELLE DEV CORPPUTNAM ALOKKLIN D
    • F02C05/11
    • F23C15/00F23C6/04
    • Dans un appareil a deux etages pour bruler un combustible et un gaz de maintien de la combustion telle que de l'air, le premier etage (12) comprend des chambres de combustion a impulsions (16) alimentees avec un exces de combustible. Le combustible en exces est brule dans un second etage de 1 combustion (14) avec du gaz qui est aspire en utilisant le retour d'ecoulement passant par l'entree de la vanne aerodynamique (20) de la chambre de combustion a impulsions et conduit, p.ex. via une conduite (40), vers le second etage de combustion. De la chaleur est extraite du premier etage en utilisant un milieu de transfert de chaleur (46) tel que de l'eau. De la chaleur est egalement extraite des produits de combustion du second etage pour produire des produits de combustion sensiblement refroidis, dont une partie est remise en circulation, p.ex. via les conduites (54 et 58) et une vanne aerodynamique (60), vers chaque chambre de combustion a impulsions. Les produits de combustion refroidis restant sont refoules, p.ex. en (64), avec seulement une faible teneur en composes indesirables formes a partir de l'azote dans le combustible et dans le gaz de maintien de la combustion.
    • 2. 发明申请
    • THERMOCHEMICAL CONVERSION OF BIOMASS TO ETHANOL
    • 生物质的热化学转化为乙醇
    • WO1981003181A1
    • 1981-11-12
    • PCT/US1981000529
    • 1981-04-23
    • BATTELLE DEV CORP
    • BATTELLE DEV CORPHILLMAN MLIPINSKY EHUFFMAN WSTAMBAUGH E
    • C10L01/02
    • C07C29/10C07C29/00C07C29/60C10L1/02C12C11/02C07C31/08
    • Method for thermochemically converting a carbohydrate material into ethanol wherein the carbohydrate material and a metal salt are reacted at elevated temperature to form an intermediate carbohydrate complex salt and/or a lactate metal salt which then is pyrolyzed in the presence of water into ethanol. Preferred carbohydrate materials for the process are various sugars and the metal salt preferably is a metal oxide, hydroxide, or carbonate. The intermediate complex and/or lactate salt may be separated from its aqueous reaction mixture prior to its pyrolysis to reduce the ultimate separation of ethanol from water. Alternatively, the metal of the metal salt may be one whose carbonate decomposes to metal oxide and carbon dioxide during the pyrolysis step of the process to generate said metal salt in situ.
    • 将碳水化合物材料热化学转化为乙醇的方法,其中碳水化合物材料和金属盐在升高的温度下反应形成中间体碳水化合物复合盐和/或乳酸盐金属盐,然后在水存在下将其热解成乙醇。 用于该方法的优选碳水化合物材料是各种糖,并且金属盐优选为金属氧化物,氢氧化物或碳酸盐。 中间体复合物和/或乳酸盐可以在其热解之前与其水性反应混合物分离,以减少乙醇与水的最终分离。 或者,金属盐的金属可以是在原位产生所述金属盐的方法的热解步骤期间其碳酸盐分解成金属氧化物和二氧化碳的金属。
    • 9. 发明申请
    • DETECTING PARTICLES
    • 检测颗粒
    • WO1981000914A1
    • 1981-04-02
    • PCT/US1980001269
    • 1980-09-22
    • BATTELLE DEV CORP
    • BATTELLE DEV CORPALBRECHTSON LREIF R
    • G01N27/00
    • G01N27/70
    • Apparatus (30) for detecting the presence of more than a negligible concentration of dust or other particles in a moving stream of air or other gas (31), comprising first (1) and second (2) electrically conductive members spaced apart in a first region (A') of the stream (31), means (32) for providing thereto electrical potentials sufficiently different to provide a potential gradient of at least about 30 kilovolts per centimeter in a limited region adjacent to the surface of one of the conductive members (1 or 2), to provide a corona and thus to produce ions that charge a substantial proportion of any particles in the gas (31) passing through the first region (A'); and passive means (33) in a second region (B'') of the stream (31) that is downstream from the first region (A'), for detecting the presence of a detectable concentration of charged particles in the gas (31) while present in the second region (B''). The passive means (33) typically comprises third (3) and fourth (4) electrically conductive members spaced apart in the second region (B''), means (34) for providing thereto electrical potentials of such difference as to provide a potential gradient of substantially less than about 30 kilovolts per centimeter therebetween, and means (35 or 36) for detecting any measurable current flowing to the third member (3) or the fourth member (4).