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    • 3. 发明申请
    • METHOD AND APPARATUS FOR CLEANING A VAPOUR
    • 清洗蒸汽的方法和装置
    • WO1996003191A1
    • 1996-02-08
    • PCT/DK1995000310
    • 1995-07-19
    • GRAMKOW, AsgerBASTHOLM, Jeppe, Christian
    • B01D01/28
    • B01D53/58B01D1/2818B01D1/284B01D53/38B01D53/72
    • A method is disclosed by which vapour is cleaned of gaseous impurities during evaporation of polluted liquids. Vapour is conducted via a boiler, a compressor to a heat exchanger (12) in which condensation takes place. In order to clean the vapour, a scrubber (14) is arranged between the boiler (3) and the heat exchanger (12), in which the vapour is scrubbed in several steps (17, 18) at different pH values. Thus, the step (17) is an acid step, whereas the step (18) is an alkaline step. In this manner, the vapour for condensation may be conducted into the heat exchanger and be condensed in order to remove a clean condensate without pollution of acid or alkaline substances.
    • 公开了一种在污染液体蒸发期间通过其清除气态杂质的方法。 蒸气通过锅炉,压缩机传导到发生冷凝的热交换器(12)。 为了清洁蒸气,在锅炉(3)和热交换器(12)之间布置有洗涤器(14),其中蒸汽以不同pH值的几个步骤(17,18)洗涤。 因此,步骤(17)是酸性步骤,而步骤(18)是碱性步骤。 以这种方式,用于冷凝的蒸汽可以进入热交换器并被冷凝,以便除去清洁的冷凝物而不污染酸或碱性物质。
    • 5. 发明公开
    • Distilling apparatus operating on the thermocompressor principle
    • 蒸馏器在蒸发器原理上运行
    • EP0127289A3
    • 1985-08-14
    • EP84302265
    • 1984-04-03
    • OY-FINN-AQUA LTD.,
    • Huhta-Koivisto, Esko
    • B01D01/28B01D03/00
    • B01D1/2887B01D3/04
    • The present invention concerns a distilling means (10) operating on the thermocompressor principle. The distilling means (10) comprises a frame part (11), a boiling space (12) for the liquid to be distilled, a heating means (13) for heating the liquid to be distilled in said boiling space (12), a feed line (14) for conducting liquid to be distilled into the boiling space (12), a blower means (19) arranged to impart extra energy to the vapourformed from the liquid being distilled, whereby the temperature of the vapour rises on the discharge side of said blower means (19), and a discharge line (25) for discharging distillate from the distilling means (10). Inside the distilling means (10) is placed at least one heat exchange tube (17), along which the mixture composed of liquid being distilled and of vapour is arranged to flow, and a droplet separator )18) based on centrifugal separation. Inside the distilling means (10) is disposed substantially in the middle a central tube (22). inside which is placed an inner tube (23), whereby in the central tube (22) is defined an annular flow duct (24). The flow duct (24) is closed by a bottom (25) at a point substantially below the middle The annular duct (24a) below the bottom (25) of the annular duct (24) is provided with a discharge aperture (271. The blower means (19) is placed in the lower part of the distilling means (10), the mixture composed of liquid being distilled and of vapour that has been formed being arranged to flow from the heat exchange tube (17) through the central tube (22) to the blower means (19) provided to impart extra energy to the vapour and to direct the vapour into the annular duct (24a) below the bottom (25) of the annular duct (24), wherefrom the vapour discharges through the discharge aperture (27) into a condenser (28). In the annular duct (24) is provided a discharge connector (26) for removing the effluentwater. The droplet separator (18) is a droplet separator with helical vanes (20), placed in the upper part of the annular duct (24).
    • 8. 发明申请
    • PROCESS AND EQUIPMENT FOR IMPLEMENTATION OF RECTIFICATION
    • 执行整改的过程和设备
    • WO1997046298A1
    • 1997-12-11
    • PCT/HU1996000031
    • 1996-06-07
    • HATOS, Pál
    • B01D01/28
    • B01D3/143B01D1/26B01D1/2884B01D3/20
    • The aim of the invented process is, that by the elimination of the heat circulation which is transferred by stages in the well-known processes, the value losses of their heat energy have to be decreased and the large part of the consumed energy, as a volume work will be used directly for the separation work. The aim is the first invented one of equipment of rectification with stage dependent pressure to realize the invented process. The aim of the second invented one of equipment of rectification with stage dependent pressure is, by the decreasing of the temperature difference which is needed for the transfer of the circulated heat in the stages of the well-known processes, to reduce the value losses of their heat energy. The aim of the invented plate to plate heat integrated equipment is by the direct and augmented heat integration between the plates to reduce the value losses of the heat energy.
    • 本发明方法的目的是通过消除在众所周知的工艺中分阶段转移的热循环,其热能的价值损失必须降低,大部分消耗的能量作为 体积工作将直接用于分离工作。 目的是首先发明了具有阶段依赖压力的整流装置,以实现本发明的工艺。 第二次发明的阶段依赖压力整流装置的目的是通过在众所周知的工艺阶段中传递循环热量所需的温差降低来降低价值损失 他们的热能。 本发明板的平板热集成设备的目的是通过板之间的直接和增强的热集成来减少热能的价值损失。
    • 10. 发明申请
    • AN APPARATUS AND A METHOD FOR TREATING EMULSIFIED LIQUIDS
    • 一种装置和一种处理乳化液体的方法
    • WO1992003203A1
    • 1992-03-05
    • PCT/DK1991000212
    • 1991-07-18
    • GRAMKOW, AsgerBASTHOLM, Jeppe, ChristianCHRISTENSEN, Finn, Erik
    • B01D01/28
    • B01D1/2881B01D3/42C02F1/048Y10S159/901Y10S203/09Y10S203/19
    • An apparatus for treating emulsified liquids using a minimum of energy, comprising a tube heat exchanger (4) placed in an evaporation chamber (1). A sump (3) for emulsified liquids is placed under the tube heat exchanger (4). A compressor (36) leads vapour from the evaporation side of the heat exchanger to the condensing side while it simultaneously gives off a certain amount of energy to the vapour. The apparatus is working according to the vapour compression principle. When operating the apparatus the difference of the temperature between the evaporation and condensation is kept within a narrow temperature range, just as the pressure differences between the sump and the evaporation chamber are kept within a narrow pressure range. Accordingly, it will be possible to supply a small amount of energy in order to perform an evaporation, compression as well as a condensation.
    • 一种用于使用最少能量处理乳化液体的装置,包括置于蒸发室(1)中的管式热交换器(4)。 用于乳化液体的贮槽(3)放置在管式热交换器(4)的下方。 压缩机(36)将蒸汽从热交换器的蒸发侧引导到冷凝侧,同时向蒸气同时释放一定量的能量。 该装置根据蒸汽压缩原理工作。 当操作设备时,蒸发和冷凝之间的温度差保持在窄的温度范围内,正如在贮槽和蒸发室之间的压力差保持在窄的压力范围内一样。 因此,为了进行蒸发,压缩和冷凝,可以提供少量的能量。