会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • DISTILLATION APPARATUS
    • 蒸馏装置
    • WO1992010264A1
    • 1992-06-25
    • PCT/FI1991000388
    • 1991-12-16
    • AQUAMAX OYKOISTINEN, PeterRANTALA, Reijo
    • AQUAMAX OY
    • B01D01/22
    • B01D1/007B01D1/22B01D1/28F28F21/065Y10S203/04
    • The invention relates to a distillation apparatus (1) which is suitable in particular for the distillation of sea water into fresh water. The apparatus comprises a plurality of flat, bag-like elements (3) formed from a thin film material such as plastic film and placed one against the other, the elements serving as heat exchangers between a vaporizing liquid flowing along the exterior surfaces of the element and a condensing vapor directed to the inside of the element, and a compressor (15) for increasing the pressure and temperature of the generated vapor before it is directed to the inside of the elements. The essential idea of the invention is that at the upper end of each bag-like element (3) there is a honeycomb-structured end strip (4) having substantially the width of the element, the strip containing parallel feeding ducts (26) separated from each other by partition walls, the ducts distributing the liquid to be evaporated over the entire width of the element surface. In addition, the strip (4) may contain ducts (25), formed in the same manner, which direct the vapor to be condensed to the inside of the element over the entire width of its end. At the lower end of the element there may additionally be a honeycomb-structured end strip (7), the ducts contained therein collecting the produced distillate into a collection vessel (8) and discharging any unvaporized liquid into a collection basin (9).
    • 本发明涉及一种特别适用于将海水蒸馏成淡水的蒸馏装置(1)。 该装置包括由诸如塑料膜的薄膜材料形成的多个扁平的袋状元件(3),并且彼此相对放置,所述元件用作沿着元件的外表面流动的汽化液体之间的热交换器 以及导向元件内部的冷凝蒸气,以及用于在产生的蒸气被引导到元件内部之前增加所产生的蒸汽的压力和温度的压缩机(15)。 本发明的基本思想是,在每个袋状元件(3)的上端处,具有基本上具有该元件宽度的蜂窝结构的端板条(4),该条带包含平行进料管道(26)分离 通过分隔壁彼此分开,在元件表面的整个宽度上分配待蒸发的液体的管道。 另外,条带(4)可以包含以相同的方式形成的管道(25),其在要端部的整个宽度上将要被冷凝的蒸气引导到元件的内部。 在元件的下端可以另外具有蜂窝结构的端部条(7),其中容纳的管道将产生的馏出物收集到收集容器(8)中并将任何未蒸发的液体排放到收集池(9)中。
    • 2. 发明申请
    • FLUE GAS HEAT RECOVERY SYSTEM AND METHOD
    • 燃气热回收系统及方法
    • WO2012042107A3
    • 2013-06-13
    • PCT/FI2011050828
    • 2011-09-26
    • ANDRITZ OYBERG CARL-GUSTAVKETONEN PAEIVIKOISTINEN PETER
    • BERG CARL-GUSTAVKETONEN PAEIVIKOISTINEN PETER
    • D21C11/12F23G5/46F23L15/00
    • F23J15/06D21C11/12F23L15/04Y02E20/348Y02P70/24
    • The present invention relates to a method and system of recovering heat from flue gases generated in combustion devices (44) at a biomass-based plant, such as a pulp mill. The method to recover heat from flue gas including: directing flue gas from a combustion device through a flue gas cooler (52, 72); heating a circulation liquid in the flue gas cooler (52,57)with heat from the flue gas, and transporting the heated circulation liquid to a waste heat accumulator (50,70); flash cooling the heated circulation liquid in the waste heat accumulator; extracting from the waste heat accumulator flash vapor from the flashing of the heated circulation liquid; returning the flash- cooled circulation liquid from the waste heat accumulator (50,70) to the flue gas cooler (52,72), and controlling a flow of the circulation liquid through the flue gas cooler and waste heat accumulator based on at least one of a pressure and temperature of the circulation liquid.
    • 本发明涉及从基于生物质的设备如纸浆厂的燃烧装置(44)中产生的烟气中回收热量的方法和系统。 从烟道气回收热量的方法,包括:将来自燃烧装置的烟气引导通过烟道气冷却器(52,72); 通过来自烟道气的热量加热烟道气冷却器(52,57)中的循环液体,并将加热的循环液输送到废热蓄积器(50,70); 闪蒸冷却废热蓄热器中的加热循环液; 从废热蓄热器中抽出闪蒸的加热循环液闪烁; 将闪蒸冷却的循环液体从废热蓄积器(50,70)返回到烟道气冷却器(52,72),并且基于至少一个控制循环液体通过烟道气冷却器和废热蓄热器的流动 的循环液体的压力和温度。
    • 3. 发明申请
    • LIQUID DISTRIBUTOR FOR AN EVAPORATOR
    • 用于蒸发器的液体分配器
    • WO1996009872A1
    • 1996-04-04
    • PCT/FI1995000524
    • 1995-09-26
    • HADWACO LTD. OYRAMM-SCHMIDT, LeifERIKSSON, HemmoKOISTINEN, PeterTIAINEN, Veli
    • HADWACO LTD. OY
    • B01D01/30
    • F28F9/0275B01D3/008B01F5/0601B01F15/0264
    • The invention relates to a liquid distributor in a evaporator, intended in particular for the evaporation treatment of liquid suspensions which contain fibers or other such solid ingredients. The distributor comprises, located at the upper end of the heat exchange surface, a transverse frame (1), liquid conduits (3, 4) disposed therein distributing the liquid over the entire width of the surface. According to the invention the liquid conduits are made up of feed conduits (3) slanted obliquely downwards and of distrribution conduits (4) branching out therefrom and leading to the heat exchange surface, at the branching points (7) of which conduits their wall surfaces on the downstream side with respect to the feed flow (8) are rounded into curved dividing surfaces (10) by means of which the dividing of the flow is carried out. Respectively the branching points (7) on the upstream side with respect to the feed flow (8) are equipped with sharp feeding tips (11) in such a manner that the flow will travel in the feed conduit (3) in a cascade-like manner over the feeding tips to the dividing surfaces, which will cause a division of the flow substantially equally among the distribution conduits.
    • 本发明涉及一种蒸发器中的液体分布器,特别用于蒸发处理含有纤维或其它固体成分的液体悬浮液。 分配器包括位于热交换表面的上端的横向框架(1),设置在其中的液体导管(3,4)在整个表面宽度上分配液体。 根据本发明,液体导管由倾斜向下倾斜的进料管道(3)和从其分支出的分配管道(4)组成,并导致热交换表面,其分支点(7)导管其壁表面 在下游侧相对于进料流(8)被倒圆成弯曲的分割表面(10),通过该分割表面进行流动的分割。 分别相对于进料流(8)在上游侧的分支点(7)装配有尖锐的进料尖端(11),使得流动将以类似级联的方式在进料管道(3)中行进 方式超过进料尖端到分隔表面,这将导致流体在分配管道中基本上相等的分配。
    • 4. 发明申请
    • DISTILLATION APPARATUS
    • 蒸馏装置
    • WO1992010265A1
    • 1992-06-25
    • PCT/FI1991000389
    • 1991-12-16
    • AQUAMAX OYKOISTINEN, PeterRANTALA, Reijo
    • AQUAMAX OY
    • B01D01/22
    • B01D1/007B01D1/22B01D1/28F28F21/065Y10S203/04
    • The invention relates to a distillation apparatus (1) which is suitable in particular for the distillation of sea water into fresh water. The apparatus comprises a plurality of flat, bag-like elements (3) formed from a thin film material such as plastic film and placed one against the other, the elements serving as heat exchangers between a vaporizing liquid flowing along the exterior surfaces of the element and a condensing vapor directed to the inside of the element, and a compressor (15) for increasing the pressure and temperature of the generated vapor before it is directed to the inside of the elements. The essential idea of the invention is that the inside of each element (3) is divided into parallel vapor ducts (12) extending vertically from one end of the element to the other, into which ducts the vapor is fed from apertures (25) at the upper edge of the element. At the upper end of each element (3) there may be a honeycomb-structured end strip (4) which contains parallel ducts (25) separated from each other by partition walls, the ducts feeding vapor to the inside of the element over the entire width of the element end. The strip (4) may also contain similarly formed ducts (26) which direct the liquid to be evaporated over the entire width of the element surface. At the lower end of the element there may additionally be a honeycomb-structured end strip (7) for collecting the produced distillate and for removing any unvaporized liquid.
    • 本发明涉及一种特别适用于将海水蒸馏成淡水的蒸馏装置(1)。 该装置包括由诸如塑料膜的薄膜材料形成的多个扁平的袋状元件(3),并且彼此相对放置,所述元件用作沿着元件的外表面流动的汽化液体之间的热交换器 以及导向元件内部的冷凝蒸气,以及用于在产生的蒸气被引导到元件内部之前增加所产生的蒸汽的压力和温度的压缩机(15)。 本发明的基本思想是,每个元件(3)的内部被分成从元件的一端垂直延伸到另一端的平行的蒸汽管道(12),蒸气从孔(25)供给的管道中 元素的上边缘。 在每个元件(3)的上端可以有蜂窝结构的端部条(4),其包含通过分隔壁彼此分离的平行管道(25),所述管道将蒸汽供给到整个元件的内部 元素端的宽度。 条带(4)还可以包含类似形成的管道(26),该管道引导要在元件表面的整个宽度上蒸发的液体。 在元件的下端还可以有蜂窝结构的端部条(7),用于收集所生产的馏出物并除去任何未蒸发的液体。
    • 5. 发明申请
    • ARRANGEMENT FOR EVAPORATING LIQUIDS
    • 蒸发液体的布置
    • WO2009053518A2
    • 2009-04-30
    • PCT/FI2008000114
    • 2008-10-23
    • ANDRITZ OYKOISTINEN PETERTIKKA PETRI
    • KOISTINEN PETERTIKKA PETRI
    • B01D1/06B01D1/26B01D1/28D21C11/10
    • B01D1/26B01D1/065B01D1/28
    • The present invention relates to an arrangement for evaporating a liquid, such as black liquor, comprising at least a vapor compression evaporation plant including at least one heat transfer surface unit and a vapor pressure increasing device, and a multi-effect in-series connected evaporation plant, each evaporation effect of which comprises at least one heat transfer surface unit and which has conduits for leading a liquid from one evaporation heat transfer unit into another unit and conduits for feeding vapor into each of the units and for discharging therefrom the vapor generated in the evaporation of the liquid. A unit of the vapor compression evaporation plant and one unit of the multi-effect in-series connected evaporation plant are coupled so that vapors generated in the units in the evaporation of the liquid are led into a common space that is connected to at least a device for increasing vapor pressure for leading a portion of the vapor therein and for returning it after the pressure increase into the unit of the vapor compression evaporation plant as heating medium. A second portion of the vapor can be led into a next effect of the multi-effect in-series connected evaporation plant.
    • 本发明涉及一种用于蒸发诸如黑液的液体的装置,该装置至少包括一个包括至少一个传热表面单元和蒸汽增压装置的蒸汽压缩蒸发设备,以及多效串联连接的蒸发 植物,其每个蒸发效果包括至少一个传热表面单元,并且具有用于将来自一个蒸发传热单元的液体引导到另一个单元中的导管和用于将蒸气供给到每个单元中的管道,并且用于将蒸气输送到每个单元中, 液体的蒸发。 蒸气压缩蒸发装置的单元和多效串联连接的蒸发装置的一个单元被耦合,使得在液体蒸发中在单元中产生的蒸气被引入到与至少一个 用于增加蒸汽压力的装置,用于引导其中的一部分蒸气,并且在压力增加之后将其返回到作为加热介质的蒸气压缩蒸发装置的单元中。 蒸汽的第二部分可以被引导到多效串联连接的蒸发设备的下一个效果。
    • 6. 发明申请
    • HEAT EXCHANGER
    • 热交换器
    • WO1996009871A1
    • 1996-04-04
    • PCT/FI1995000525
    • 1995-09-26
    • HADWACO LTD. OYRAMM-SCHMIDT, LeifERIKSSON, HemmoKOISTINEN, PeterTIAINEN, Veli
    • HADWACO LTD. OY
    • B01D01/22
    • B01D1/22F28D9/0037F28F21/065F28F2275/085F28F2275/14
    • The invention relates to a heat exchanger wherein the heating vapor is fed onto heat exchange surfaces of membrane material from a vapor distributor at their end, the vapor distributor having parallel conduits (3) for directing vapor over the entire width of the surfaces. According to the invention the vapor distributor is made up of two opposite wall elements (1, 7) which are fastened to each other by means of projections (2) in one element and corresponding recesses (6) in the other element. The upper end (9) of the membrane constituting the heat exchange surface is locked between the projections and recesses locked to each other. Thus pleats are produced in the membrane as an expansion leeway for the vapor space delimited by the membrane. The heat exchange surfaces (9) may be formed into bags (10) the ends of which are fastened between the interlinked wall elements (1, 7) in such a manner that the vapor conduits (3) delimited by the elements will direct heating vapor to the inside of the bags and the liquid conduits (11) will direct liquid to be evaporated onto the outer surfaces of the bags.
    • 本发明涉及一种热交换器,其中加热蒸气在其端部从蒸气分配器供入到膜材料的热交换表面上,蒸汽分配器具有平行导管(3),用于在整个表面的整个宽度上引导蒸气。 根据本发明,蒸汽分配器由两个相对的壁元件(1,7)组成,两个相对的壁元件(1,7)通过一个元件中的突起(2)和另一元件中的对应的凹部(6)彼此紧固。 构成热交换面的膜的上端(9)被锁定在彼此锁定的突起和凹部之间。 因此,在膜中产生褶皱作为由膜限定的蒸气空间的膨胀余地。 热交换表面(9)可以形成为袋(10),其端部紧固在相互连接的壁元件(1,7)之间,使得由元件界定的蒸汽导管(3)将引导加热蒸气 到袋子的内部,并且液体导管(11)将将待蒸发的液体引导到袋的外表面上。
    • 7. 发明申请
    • FLUE GAS HEAT RECOVERY SYSTEM AND METHOD
    • 燃气热回收系统及方法
    • WO2012042107A2
    • 2012-04-05
    • PCT/FI2011/050828
    • 2011-09-26
    • ANDRITZ OyBERG, Carl-GustavKETONEN, PäiviKOISTINEN, Peter
    • BERG, Carl-GustavKETONEN, PäiviKOISTINEN, Peter
    • F23J15/06D21C11/12F23L15/04Y02E20/348Y02P70/24
    • The present invention relates to a method and system of recovering heat from flue gases generated in combustion devices at a biomass-based plant, such as a pulp mill. The method to recover heat from flue gas including: directing flue gas from a combustion device through a flue gas cooler; heating a circulation liquid in the flue gas cooler with heat from the flue gas, and transporting the heated circulation liquid to a waste heat accumulator; flash cooling the heated circulation liquid in the waste heat accumulator; extracting from the waste heat accumulator flash vapor from the flashing of the heated circulation liquid; returning the flash-cooled circulation liquid from the waste heat accumulator to the flue gas cooler, and controlling a flow of the circulation liquid through the flue gas cooler and waste heat accumulator based on at least one of a pressure and temperature of the circulation liquid.
    • 本发明涉及从基于生物质的工厂(例如纸浆厂)在燃烧装置中产生的烟道气回收热量的方法和系统。 从烟道气回收热量的方法,包括:通过烟道气冷却器引导来自燃烧装置的烟气; 用来自烟道气的热量加热烟道气冷却器中的循环液,并将加热的循环液输送到废热蓄能器; 闪蒸冷却废热蓄热器中的加热循环液; 从废热蓄热器中抽出闪蒸的加热循环液闪烁; 将闪蒸循环液从废热蓄能器返回到烟道气冷却器,并且基于循环液的压力和温度中的至少一个来控​​制循环液体通过烟道气冷却器和废热蓄能器的流动。
    • 9. 发明申请
    • HEAT EXCHANGER AND A METHOD FOR PRODUCING THE SAME
    • 换热器及其制造方法
    • WO1997013112A1
    • 1997-04-10
    • PCT/FI1996000519
    • 1996-10-02
    • HADWACO LTD. OYRAMM-SCHMIDT, LeifTIAINEN, VeliKOISTINEN, Peter
    • HADWACO LTD. OY
    • F28F03/12
    • B01D1/22F28D3/00
    • The method relates to a film heat exchanger and a method for constructing the same. The heat exchanger comprises bags (1) made of film material in order to transfer heat from the steam to be condensated inside the bags to the liquid to be evaporated on the outer surfaces (18) thereof, as well as feed channel arrays for distributing steam (10) and liquid onto the internal and external heat transfer surfaces of the bags. According to the invention, inside the top end (2) of each bag (1), there is provided an essentially straight strip (11) bordering the steam channels (10), to which strip the bag is fastened; in connection with the fastening, the top edge of the bag is pulled straight by bending the bag, so that the middle part of the bag is raised in relation to the sides (12) thereof, and the thus straightened edge is then attached to the strip provided inside the bag. Respectively, the bottom edge (3) of the bag can be cut to be upwardly concave and fastened, after straightening, to a strip (15) fitted inside the bottom end of the bag, and comprising condensate removal channels (14). When straightening the top and bottom edges (2, 3) of the bag, there are created horizontal folds (13) in the film material, which folds serve as an inflation margin while pressurizing the bag.
    • 该方法涉及一种薄膜热交换器及其构造方法。 热交换器包括由薄膜材料制成的袋(1),以便将热量从袋内的冷凝蒸汽传递到待蒸发的液体在其外表面(18)上,以及用于分配蒸汽的进料通道阵列 (10)和液体到袋的内部和外部传热表面上。 根据本发明,在每个袋(1)的顶端(2)的内部,提供了与蒸汽通道(10)接合的基本上直的条带(11),袋子被紧固到该条带上; 与紧固相关联,袋的顶部边缘通过弯曲袋被拉直,使得袋的中间部分相对于其侧面(12)升高,然后将这样矫直的边缘附着到 在袋内设置的条。 分别地,袋的底部边缘(3)可以被切割成向上凹入并且在矫直之后被固定到安装在袋的底端内​​部的条带(15),并且包括冷凝物去除通道(14)。 当矫正袋的顶部和底部边缘(2,3)时,在薄膜材料中产生水平折叠(13),折叠用作充气边缘,同时对袋加压。
    • 10. 发明申请
    • LIQUID DISTRIBUTOR FOR EVAPORATOR
    • 蒸发器用液体分配器
    • WO1997007867A1
    • 1997-03-06
    • PCT/FI1996000449
    • 1996-08-21
    • HADWACO LTD OYRAMM-SCHMIDT, LeifTIAINEN, VeliKOISTINEN, PeterERIKSSON, Hemmo
    • HADWACO LTD OY
    • B01D01/30
    • F28F9/028B01D1/22B01D3/008B01F5/0601B01F15/0264D21C11/10Y10S165/914
    • The invention relates to a liquid distributor for an evaporator, particularly meant for a film evaporator treating liquid suspensions containing solids. The distributor comprises a channel array (3, 4) that distributes the liquid (8) fed in at the sides of the evaporator to the top of the heat transfer surface (5), over the whole width thereof. The channel array is formed of at least one transversal supply channel (3) and of a number of distribution channels (4) departing downwards from the supply channel and leading to the heat transfer surface (5). The invention is characterized in that each distribution channel (4) is provided, on its side located downstream with respect to the supply channel flow (8, 11), with a step-shaped expansion (14) bordered by a sharp point (15), the purpose of said expansion being to prevent liquid suction created in the channel due to the effect of siphonage. The junctions (9) of the supply channel (3) and the distribution channels (4) can be provided with rounded division surfaces (12), on which the liquid is distributed into the channels at each instant, and under which the step-shaped expansions (14) start.
    • 本发明涉及一种用于蒸发器的液体分配器,特别适用于处理含有固体的液体悬浮液的薄膜蒸发器。 分配器包括通道阵列(3,4),其将在蒸发器侧面馈送的液体(8)在整个宽度上分配到传热表面(5)的顶部。 通道阵列由至少一个横向供应通道(3)和多个分配通道(4)形成,分配通道(4)从供应通道向下离开并通向传热表面(5)。 本发明的特征在于,每个分配通道(4)在其相对于供应通道流(8,11)的下游侧设置有由尖锐点(15)界定的阶梯形膨胀(14) 所述膨胀的目的是为了防止由于虹吸效应而在通道中产生的液体吸入。 供应通道(3)和分配通道(4)的接头(9)可以设置有圆形分隔表面(12),液体在每个时刻分配到通道中,在其下方形成阶梯形 扩展(14)开始。